The document summarizes the translation of a text on smart energy technologies by a group of students. It discusses how smart grid technology aims to create a more efficient power network by better understanding electricity generation and demand. It allows for increased power from renewable sources and reduces operational costs. Smart grid technology benefits consumers by providing real-time energy use data and incentives to use appliances when supply exceeds demand. While still new, smart technology is being tested through pilot programs and demonstrations to show how it could work. Cities are good candidates for smart energy investments due to their high population and energy use.
This document contains 5 paragraphs summarizing key aspects of smart grid technology translated from English to Spanish. Paragraph 1 discusses future changes in energy supply and demand driven by peak oil and climate change, leading countries to transition to low-carbon economies and renewable energy sources. Paragraph 2 describes how smart grid technology involves applying computer systems to collect electricity supply and demand information to better manage the system. Paragraph 3 outlines consumer benefits like time-of-use pricing and remote appliance control. Paragraph 4 covers challenges around integrating unpredictable renewable sources and developing new infrastructure. Paragraph 5 discusses early pilot programs and the ongoing transition to smarter energy infrastructure and technologies.
This document contains a collaborative translation activity between 5 students and their tutor. It includes 4 paragraphs about smart energy and smart grid technology translated into Spanish. Each paragraph translation is followed by a short reflection on the translation process from the student. In general, the students discuss looking up unfamiliar words and concepts to understand them fully before translation and ensure accurate meaning is conveyed. They also describe relating new terms to the context of the paragraph.
The document discusses smart energy and smart grid technology. It is comprised of 4 paragraphs that discuss:
1) The need for changes in energy supply and use due to peak oil and climate change. Countries are focusing on renewable energy and smart grid technology.
2) Smart grid technology involves applying computer systems to collect supply and demand information to better manage the electricity network.
3) Smart grid technology benefits consumers by providing real-time energy use data and time-varying prices to incentivize off-peak usage.
4) Challenges include managing unpredictable renewable sources and remote locations requiring new infrastructure, but smart technologies can help address these issues more efficiently.
With changes to energy sources come challenges in managing unpredictable supply and demand. Renewable sources like wind and solar are hard to predict, while nuclear is inflexible. Storing energy efficiently and encouraging off-peak usage could help address potential blackouts. A second problem is remote locations of renewables requiring new infrastructure, but smart technologies may reduce costs.
Smart Grid technology allows for more efficient management of electricity supply and demand. It involves applying computer systems to collect information about power generation and usage, enabling better load balancing. This benefits consumers through real-time energy monitoring and time-of-use pricing incentives. Challenges include integrating unpredictable renewable sources and building new infrastructure in remote areas. Pilot programs are testing smart meter and grid technologies to pave the way for wider adoption by 2050.
This document contains a collaborative translation activity by five students at UNAD on the topic of smart energy. It includes five paragraphs from an English language document translated into Spanish. Each paragraph was translated by a different student. The paragraphs discuss how smart grid technology can help manage increasing electricity demand and transition to renewable energy sources more efficiently. It notes challenges like unpredictable renewable sources and need for new infrastructure. It concludes that pilot smart energy projects are underway and infrastructure is changing rapidly to transform homes, transport, and behavior by 2050.
Translation techniques colaborative slide share group 22mktaborda
With the transition to renewable energy sources, countries will face challenges in managing the unpredictable supply and flexible demand. Smart grid technology aims to address these challenges by collecting information on power generation and demand to create a more efficient electricity network. This will help balance the grid as renewable sources like solar and wind are difficult to predict. It will also allow consumers to use appliances at off-peak times to reduce bills and emissions.
This document contains 5 paragraphs summarizing key aspects of smart grid technology translated from English to Spanish. Paragraph 1 discusses future changes in energy supply and demand driven by peak oil and climate change, leading countries to transition to low-carbon economies and renewable energy sources. Paragraph 2 describes how smart grid technology involves applying computer systems to collect electricity supply and demand information to better manage the system. Paragraph 3 outlines consumer benefits like time-of-use pricing and remote appliance control. Paragraph 4 covers challenges around integrating unpredictable renewable sources and developing new infrastructure. Paragraph 5 discusses early pilot programs and the ongoing transition to smarter energy infrastructure and technologies.
This document contains a collaborative translation activity between 5 students and their tutor. It includes 4 paragraphs about smart energy and smart grid technology translated into Spanish. Each paragraph translation is followed by a short reflection on the translation process from the student. In general, the students discuss looking up unfamiliar words and concepts to understand them fully before translation and ensure accurate meaning is conveyed. They also describe relating new terms to the context of the paragraph.
The document discusses smart energy and smart grid technology. It is comprised of 4 paragraphs that discuss:
1) The need for changes in energy supply and use due to peak oil and climate change. Countries are focusing on renewable energy and smart grid technology.
2) Smart grid technology involves applying computer systems to collect supply and demand information to better manage the electricity network.
3) Smart grid technology benefits consumers by providing real-time energy use data and time-varying prices to incentivize off-peak usage.
4) Challenges include managing unpredictable renewable sources and remote locations requiring new infrastructure, but smart technologies can help address these issues more efficiently.
With changes to energy sources come challenges in managing unpredictable supply and demand. Renewable sources like wind and solar are hard to predict, while nuclear is inflexible. Storing energy efficiently and encouraging off-peak usage could help address potential blackouts. A second problem is remote locations of renewables requiring new infrastructure, but smart technologies may reduce costs.
Smart Grid technology allows for more efficient management of electricity supply and demand. It involves applying computer systems to collect information about power generation and usage, enabling better load balancing. This benefits consumers through real-time energy monitoring and time-of-use pricing incentives. Challenges include integrating unpredictable renewable sources and building new infrastructure in remote areas. Pilot programs are testing smart meter and grid technologies to pave the way for wider adoption by 2050.
This document contains a collaborative translation activity by five students at UNAD on the topic of smart energy. It includes five paragraphs from an English language document translated into Spanish. Each paragraph was translated by a different student. The paragraphs discuss how smart grid technology can help manage increasing electricity demand and transition to renewable energy sources more efficiently. It notes challenges like unpredictable renewable sources and need for new infrastructure. It concludes that pilot smart energy projects are underway and infrastructure is changing rapidly to transform homes, transport, and behavior by 2050.
Translation techniques colaborative slide share group 22mktaborda
With the transition to renewable energy sources, countries will face challenges in managing the unpredictable supply and flexible demand. Smart grid technology aims to address these challenges by collecting information on power generation and demand to create a more efficient electricity network. This will help balance the grid as renewable sources like solar and wind are difficult to predict. It will also allow consumers to use appliances at off-peak times to reduce bills and emissions.
Here is some feedback on your translation:
- Good job breaking the translation into paragraphs to match the structure of the original text. This helps organize the information for the reader.
- The translations conveyed the main ideas and key points being discussed in each paragraph. I was able to understand the general topic about smart grid technology and renewable energy sources.
- Watch for a few words or phrases that could be more precise. For example, in paragraph 1 "pico petróleo o cénit petrolero" directly translates peak oil, while just "pico petrolero" may be clearer.
- Consider adding a brief summary at the end to reflect on any challenges and how you worked to understand technical terms. This
The document summarizes the collaborative translation activity of five students translating an English text on smart grid technology into Spanish. Each student translated a paragraph and then reflected on challenges they faced. Challenges included unknown technical words, using translators, and balancing literal and communicative translations. Students employed techniques like borrowing, calque, transposition, and literal translation. They discussed improving vocabulary and understanding context to produce accurate translations.
The concept of Translation and its complexityAngelaMarin33
It is a presentation where you can see the different translation techniques reflected in the work of each student of the collaborative group for the subject of translation techniques.
The document discusses the transition to smart energy technology and smart grids. It notes that as fossil fuel reserves decline and concerns about climate change grow, countries are focusing on low-carbon economies and renewable energy sources. This will increase overall electricity demand and generation from renewable sources. Smart grid technology uses computer systems to collect supply and demand information and improve electricity network efficiency. It allows for more reliable integration of renewable energy sources and encourages consumers to use electricity during off-peak times. While smart grids are still developing, pilot programs are already testing smart meters and infrastructure to understand how the technology can work and reduce costs. Cities are seen as good initial targets for smart energy investments.
Matt Reeves - Good Energy PresentationKester_Byass
The document discusses the role of information and communication technologies (ICT) in transitioning the UK's energy system to 100% renewable sources by 2050. It notes that Good Energy, a UK renewable energy supplier, believes this transition will require changing the energy system from large fossil fuel-based generation to many small renewable sources. ICT can help facilitate a bottom-up approach by connecting people to local renewable energy projects and enabling better management of distributed generation and demand.
Connected and Sustainable Energy WhitepaperShane Mitchell
Cities around the world are realizing that energy consumed by buildings and homes is the leading cause of global-warming emissions. This paper presents an overview of emerging solutions for city leaders to reduce electricity consumption, produce greener energy with lower carbon emissions, and improve the reliability of the electric grid.
Adopting small-scale production of electricity, paper ECEEE 2009Maria Tengvard
This document summarizes a study on household adoption of small-scale electricity production technologies like solar panels and wind turbines in Sweden. Interviews were conducted with 20 households in different stages of considering these technologies. The main findings were:
1) Environmental concerns were the primary motivation for households to adopt these technologies, as a way to take environmental action or display environmental values.
2) Economic factors were the main reason households rejected these technologies, citing concerns about costs.
3) Other reasons for rejection included concerns about impacts on neighbors or difficulty finding a suitable installation location.
4) Households' perceptions of and decisions around these technologies were influenced by their level of knowledge, motivations like autonomy and symbolism,
This document discusses how providing consumers with knowledge and understanding of their energy usage can help change behaviors and lead to significant savings. If utilities empower consumers with tools to monitor and control their energy consumption, it could result in 200 terawatt hours of annual energy savings across Europe by 2020, equivalent to eliminating the need for several medium-sized power plants and reducing carbon dioxide emissions by 3.6 million tons.
Carolyn Purcell - City of Austin, Pecan Street ProjectShane Mitchell
The Pecan Street Project in Austin, Texas aims to create a sustainable smart grid through partnerships between the City of Austin, Austin Energy, universities, and technology companies. The project seeks to defer power plant construction through distributed generation, efficiency, and renewables. It also aims to establish Austin as a leader in emerging energy technologies and maintain reliability as the grid transitions away from centralized fossil fuels. Key assumptions include the imminent competitiveness of solar power, increasing energy prices, and disruptions from technologies like electric vehicles, distributed assets, and artificial intelligence.
Limiting Global Climatic Disruption by Revolutionary Change in the Global Ene...Larry Smarr
10.06.08
Keynote Opening Talk
Xconomy Forum: The Rise of Smart Energy
Title: Limiting Global Climatic Disruption by Revolutionary Change in the Global Energy System
La Jolla, CA
This document summarizes an educational software project designed to teach efficient electrical power utilization. The software uses animations and voice narration to educate users about saving energy when using common household appliances like lamps, air conditioners, fans and washing machines. It was tested on 24 participants and found to be over 80% effective at conveying its educational objectives and positively influencing greater energy efficiency. The document concludes that the software achieved its goals and participants recommended expanding it to cover additional appliances and include background music.
Wind farms in Romania produced over 10 times more energy in the first nine months of 2011 than the same period in 2010, earning owners over €42 million in green certificates from the government. CEZ, the leader, earned €25 million from its 337.5 MW wind farm. Overall, renewable energy production grew substantially in 2011, with only small hydropower declining due to drought conditions. The government recently passed policies to further support renewable energy and attract over €5 billion in new investments.
This document provides an overview and summary of a community solar garden presentation. It includes an agenda that covers energy efficiency, renewable energy options in Minnesota, questions, and opportunities to speak with experts. The presentation discusses the benefits of energy efficiency, defines community solar gardens, and explains how individuals can subscribe to receive credits on their electric bill by purchasing a portion of energy from a solar garden. It also compares subscribing to a solar garden versus purchasing green pricing energy from a utility.
Solar energy can help Washington achieve its goals of reducing energy use in buildings and achieving zero fossil-fuel emissions by 2031. Solar is one of the most advantageous renewable technologies currently available to power zero energy buildings. While solar has barriers like cost, incentives can help promote greater adoption. Washington provides incentives like performance-based credits for solar power production that have helped grow the solar industry in the state. Further support is needed to meet the state's long-term renewable energy and emissions reduction targets.
This document discusses the benefits of electrifying America and the world using EDIX systems. EDIX can generate electricity for residential, commercial, industrial, and other applications with up to 99% efficiency. It argues that achieving 20% electricity generation from EDIX by 2030 in the US could reduce annual CO2 emissions by over 800 million metric tons and save over 5 quadrillion BTUs of fuel annually. EDIX is presented as a renewable and effective energy option that can help address current and future energy needs in the US and globally.
The document summarizes the recommendations of the Pecan Street Project working group regarding the evolution of Austin, Texas's energy system. The group envisions a future where Austin leads the country in renewable energy and smart grid technology by 2030. This includes two-way energy and data flows, time-based pricing, distributed generation, and more efficient customer energy use. The recommendations aim to help Austin Energy and the city accelerate this evolution and transition away from fossil fuels, capitalizing on opportunities but also mitigating risks of not adapting to changing energy and technology.
Nextera Energy University of Southern California Investment CTimothy O'Brien
This past spring Zane Laws, Quinn Peebles and I competed in the University of Southern California Spring 2018 Investment Competition at USC in Los Angeles. We pitched a long position in NextEra Energy Inc, ticker NEE.
The document discusses the transition to a low-carbon economy and smart grid technology. It notes that peak oil has been reached in some major oil producing nations, leading countries to focus on renewable energy sources. This will increase electricity demand and require changes to power generation and infrastructure. Countries are investing in smart grid technology to better understand power supply and demand and create a more efficient system. Smart grids use computer systems to collect information and improve management of the electricity network. This allows generation to match demand more efficiently, reducing costs and emissions. Consumers can also benefit from smart meters and pricing incentives to shift usage to off-peak times. Challenges include integrating unpredictable renewable sources and developing new infrastructure in remote areas. Pilot projects are
The document discusses translation techniques used in translating a document about smart energy technology. It provides the original text in English along with the translator's translation in Spanish. The translator reflects on their translation process, noting they began by directly translating parts they understood, looked up unknown words, and ensured the translation was coherent. They discussed using techniques like literal translation, transposition, and loan words. The document is meant to demonstrate the translator's skills and understanding of various translation techniques and strategies.
Here is some feedback on your translation:
- Good job breaking the translation into paragraphs to match the structure of the original text. This helps organize the information for the reader.
- The translations conveyed the main ideas and key points being discussed in each paragraph. I was able to understand the general topic about smart grid technology and renewable energy sources.
- Watch for a few words or phrases that could be more precise. For example, in paragraph 1 "pico petróleo o cénit petrolero" directly translates peak oil, while just "pico petrolero" may be clearer.
- Consider adding a brief summary at the end to reflect on any challenges and how you worked to understand technical terms. This
The document summarizes the collaborative translation activity of five students translating an English text on smart grid technology into Spanish. Each student translated a paragraph and then reflected on challenges they faced. Challenges included unknown technical words, using translators, and balancing literal and communicative translations. Students employed techniques like borrowing, calque, transposition, and literal translation. They discussed improving vocabulary and understanding context to produce accurate translations.
The concept of Translation and its complexityAngelaMarin33
It is a presentation where you can see the different translation techniques reflected in the work of each student of the collaborative group for the subject of translation techniques.
The document discusses the transition to smart energy technology and smart grids. It notes that as fossil fuel reserves decline and concerns about climate change grow, countries are focusing on low-carbon economies and renewable energy sources. This will increase overall electricity demand and generation from renewable sources. Smart grid technology uses computer systems to collect supply and demand information and improve electricity network efficiency. It allows for more reliable integration of renewable energy sources and encourages consumers to use electricity during off-peak times. While smart grids are still developing, pilot programs are already testing smart meters and infrastructure to understand how the technology can work and reduce costs. Cities are seen as good initial targets for smart energy investments.
Matt Reeves - Good Energy PresentationKester_Byass
The document discusses the role of information and communication technologies (ICT) in transitioning the UK's energy system to 100% renewable sources by 2050. It notes that Good Energy, a UK renewable energy supplier, believes this transition will require changing the energy system from large fossil fuel-based generation to many small renewable sources. ICT can help facilitate a bottom-up approach by connecting people to local renewable energy projects and enabling better management of distributed generation and demand.
Connected and Sustainable Energy WhitepaperShane Mitchell
Cities around the world are realizing that energy consumed by buildings and homes is the leading cause of global-warming emissions. This paper presents an overview of emerging solutions for city leaders to reduce electricity consumption, produce greener energy with lower carbon emissions, and improve the reliability of the electric grid.
Adopting small-scale production of electricity, paper ECEEE 2009Maria Tengvard
This document summarizes a study on household adoption of small-scale electricity production technologies like solar panels and wind turbines in Sweden. Interviews were conducted with 20 households in different stages of considering these technologies. The main findings were:
1) Environmental concerns were the primary motivation for households to adopt these technologies, as a way to take environmental action or display environmental values.
2) Economic factors were the main reason households rejected these technologies, citing concerns about costs.
3) Other reasons for rejection included concerns about impacts on neighbors or difficulty finding a suitable installation location.
4) Households' perceptions of and decisions around these technologies were influenced by their level of knowledge, motivations like autonomy and symbolism,
This document discusses how providing consumers with knowledge and understanding of their energy usage can help change behaviors and lead to significant savings. If utilities empower consumers with tools to monitor and control their energy consumption, it could result in 200 terawatt hours of annual energy savings across Europe by 2020, equivalent to eliminating the need for several medium-sized power plants and reducing carbon dioxide emissions by 3.6 million tons.
Carolyn Purcell - City of Austin, Pecan Street ProjectShane Mitchell
The Pecan Street Project in Austin, Texas aims to create a sustainable smart grid through partnerships between the City of Austin, Austin Energy, universities, and technology companies. The project seeks to defer power plant construction through distributed generation, efficiency, and renewables. It also aims to establish Austin as a leader in emerging energy technologies and maintain reliability as the grid transitions away from centralized fossil fuels. Key assumptions include the imminent competitiveness of solar power, increasing energy prices, and disruptions from technologies like electric vehicles, distributed assets, and artificial intelligence.
Limiting Global Climatic Disruption by Revolutionary Change in the Global Ene...Larry Smarr
10.06.08
Keynote Opening Talk
Xconomy Forum: The Rise of Smart Energy
Title: Limiting Global Climatic Disruption by Revolutionary Change in the Global Energy System
La Jolla, CA
This document summarizes an educational software project designed to teach efficient electrical power utilization. The software uses animations and voice narration to educate users about saving energy when using common household appliances like lamps, air conditioners, fans and washing machines. It was tested on 24 participants and found to be over 80% effective at conveying its educational objectives and positively influencing greater energy efficiency. The document concludes that the software achieved its goals and participants recommended expanding it to cover additional appliances and include background music.
Wind farms in Romania produced over 10 times more energy in the first nine months of 2011 than the same period in 2010, earning owners over €42 million in green certificates from the government. CEZ, the leader, earned €25 million from its 337.5 MW wind farm. Overall, renewable energy production grew substantially in 2011, with only small hydropower declining due to drought conditions. The government recently passed policies to further support renewable energy and attract over €5 billion in new investments.
This document provides an overview and summary of a community solar garden presentation. It includes an agenda that covers energy efficiency, renewable energy options in Minnesota, questions, and opportunities to speak with experts. The presentation discusses the benefits of energy efficiency, defines community solar gardens, and explains how individuals can subscribe to receive credits on their electric bill by purchasing a portion of energy from a solar garden. It also compares subscribing to a solar garden versus purchasing green pricing energy from a utility.
Solar energy can help Washington achieve its goals of reducing energy use in buildings and achieving zero fossil-fuel emissions by 2031. Solar is one of the most advantageous renewable technologies currently available to power zero energy buildings. While solar has barriers like cost, incentives can help promote greater adoption. Washington provides incentives like performance-based credits for solar power production that have helped grow the solar industry in the state. Further support is needed to meet the state's long-term renewable energy and emissions reduction targets.
This document discusses the benefits of electrifying America and the world using EDIX systems. EDIX can generate electricity for residential, commercial, industrial, and other applications with up to 99% efficiency. It argues that achieving 20% electricity generation from EDIX by 2030 in the US could reduce annual CO2 emissions by over 800 million metric tons and save over 5 quadrillion BTUs of fuel annually. EDIX is presented as a renewable and effective energy option that can help address current and future energy needs in the US and globally.
The document summarizes the recommendations of the Pecan Street Project working group regarding the evolution of Austin, Texas's energy system. The group envisions a future where Austin leads the country in renewable energy and smart grid technology by 2030. This includes two-way energy and data flows, time-based pricing, distributed generation, and more efficient customer energy use. The recommendations aim to help Austin Energy and the city accelerate this evolution and transition away from fossil fuels, capitalizing on opportunities but also mitigating risks of not adapting to changing energy and technology.
Nextera Energy University of Southern California Investment CTimothy O'Brien
This past spring Zane Laws, Quinn Peebles and I competed in the University of Southern California Spring 2018 Investment Competition at USC in Los Angeles. We pitched a long position in NextEra Energy Inc, ticker NEE.
The document discusses the transition to a low-carbon economy and smart grid technology. It notes that peak oil has been reached in some major oil producing nations, leading countries to focus on renewable energy sources. This will increase electricity demand and require changes to power generation and infrastructure. Countries are investing in smart grid technology to better understand power supply and demand and create a more efficient system. Smart grids use computer systems to collect information and improve management of the electricity network. This allows generation to match demand more efficiently, reducing costs and emissions. Consumers can also benefit from smart meters and pricing incentives to shift usage to off-peak times. Challenges include integrating unpredictable renewable sources and developing new infrastructure in remote areas. Pilot projects are
The document discusses translation techniques used in translating a document about smart energy technology. It provides the original text in English along with the translator's translation in Spanish. The translator reflects on their translation process, noting they began by directly translating parts they understood, looked up unknown words, and ensured the translation was coherent. They discussed using techniques like literal translation, transposition, and loan words. The document is meant to demonstrate the translator's skills and understanding of various translation techniques and strategies.
The document discusses translation techniques and strategies used when translating texts. It begins with an introduction to different translation techniques such as word-for-word translation, translation based on meaning and context, and using neologisms. It then provides examples of each technique. The document also contains a chart comparing and contrasting methods, strategies, and techniques used in translation. The chart defines each term and provides examples.
This document provides summaries of translations of 5 paragraphs about smart grid technology from English to Spanish done by 4 individuals. It includes the translations of each paragraph, reflections on the translation process from each individual, and 3 charts defining translation strategies, techniques and methods. Some key details:
- The paragraphs discuss the future of energy supply and use, benefits of smart grid technology for energy generation and consumers, and challenges of renewable energy sources.
- Reflections touch on understanding technical vocabulary, choosing accurate synonyms, and using translation tools like transposition and literal translation.
- The charts define translation strategies like literal translation, techniques like borrowing words, and methods like philological translation.
The document discusses the complexity of translation. It presents a task involving the translation of a text on smart energy from English to Spanish. The text is translated over five paragraphs using various translation techniques. For some parts, a literal translation is used while other parts require techniques like modulation, transposition, and compensation to successfully convey the meaning in Spanish. Managing different words, phrases, grammar and cultural aspects between the two languages contributes to the complexity of the translation process.
This document discusses translation techniques for a group project. It includes the translation of three paragraphs about smart grid technology from English to Spanish by four students. The first paragraph discusses how smart grids will lead to changes in electricity supply and demand. The second paragraph explains how smart grids involve applying computer systems to collect supply and demand information. The third paragraph outlines benefits of smart grids for consumers, such as time-of-use pricing incentives and remote appliance control. Each student also reflects on their translation process and the methods, strategies, and techniques used.
This document contains a translation task between a student and tutor. It includes 4 paragraphs from an original English text on Smart Grid technology translated into Spanish. It also includes reflections from each student on their translation process and challenges, as well as charts comparing methods, strategies and techniques used in translation.
This is a collaborative work of the course Translations Techniques.
Here you can read about some techniques used by students of the degree in English Language as Foreign Language program for learning English.
Smart technology is still in its early stages but pilot programs are already testing smart meters in homes and demonstrating how the technology could work, with trials of new electric infrastructure as well. As technology is added in layers starting with quick solutions for carbon savings and later more advanced systems, cities are prime targets for investing in smart energy due to their dense populations and high energy usage. By 2050, changes in energy supply will have transformed homes, roads, and behaviors as infrastructure rapidly updates.
This document provides a summary of translation techniques used in translating a document about smart grid technology from English to Spanish. It includes 4 tasks: 1) The translation of one paragraph from English to Spanish. 2) A reflection on techniques used in the translation. 3) A chart comparing translation methods, strategies, and techniques. 4) Feedback provided to translation partners. The document demonstrates different approaches to translating a technical document across languages.
Task based learning strategy unit 1 task 3 collaborative activity 1 (2)30743074
The document discusses translation techniques, strategies, and methods. It provides examples of each:
- Method is the process or steps taken to complete a task, like a doctor diagnosing a patient.
- Strategy is a planned approach to accomplish a goal, like a soccer team's plan to win a match.
- Technique refers to specific procedures used, like a teacher using songs to help students with pronunciation.
The group in a collaborative way creates a Slide-Share Presentation and consolidates the translation of the text “Smart Energy Reading”, the texts of the reflections regarding the problems faced during the process of translation and the chart with the meanings of a method, strategy, and technique, and their examples.
This document summarizes Rudy Provoost's book "Energy 3.0" which argues that the global energy system is transitioning from centralized production (Energy 1.0) to include more distributed and consumer-driven energy (Energy 2.0). However, Provoost believes the focus needs to be on empowering the end-user and creating a personalized energy system tailored to individual needs and behaviors (Energy 3.0). Key aspects of Energy 3.0 include customized production and consumption, simplifying the energy system through technologies, and allowing consumers to control their own energy use and become energy producers. The goal is to make energy accessible, reliable and sustainable to improve lives worldwide.
pptWhitepaper 03-smart grid-the future of the electric power systemavvariharish
This document provides an introduction to the smart grid, including:
1. What the smart grid is, how it allows two-way communication between producers and consumers to better balance supply and demand.
2. Why the smart grid matters to more efficiently utilize the electric grid and reduce emissions by flattening demand.
3. A brief history of smart grid projects starting in the early 2000s in Italy and the US.
The document contains 5 paragraphs about smart grid technology translated from English to Spanish by 5 students. It discusses how smart grid technology involves applying computer systems to electrical networks to improve generation and demand management for a more efficient energy system. It allows consumers to access energy usage data in real time and incentives to use appliances when demand is lower. Challenges include managing variable renewable sources and developing infrastructure in remote areas with renewable resources. Pilot programs are underway to test smart meters and demonstrate how the technology could work.
Capgemini ses - smart grid operational services - leveraging technology to ...Gord Reynolds
The document discusses the vision for transforming electric transmission and distribution (T&D) systems into "smart grids" through the use of new technologies. It outlines drivers for change such as aging infrastructure, climate change, customer expectations, and regulatory pressures. The vision is for a grid that can autonomously restore power, support distributed energy resources, provide power quality, and operate with lower costs. This will require upgrading grid hardware with sensors, analyzing collected data in real-time and non-real-time, monitoring and managing the grid, and rebuilding infrastructure to allow bi-directional power flows. The transformation is an evolution that will take years or decades to fully implement across utility service territories.
The document discusses translation techniques used to translate a document about smart grid technology. It includes 4 paragraphs about changes in energy supply and demand, benefits of smart grid technology, and challenges with renewable energy sources. The reflection discusses techniques used, including looking up unknown words and reading the topic. It found short sentences hardest to translate and felt most encouraged when the translation felt correct. The method, strategy, and technique section defines the terms and gives examples used in the translation.
This document discusses the transition of the energy industry towards an "Internet of Energy" through the use of information and communication technologies (ICT). There are three main factors driving this transition: 1) depletion of fossil fuel resources and climate change concerns, 2) changing regulations that require more data sharing across the energy system, and 3) the need to integrate more renewable energy from both centralized and decentralized sources. Realizing an Internet of Energy would allow all parts of the energy system to communicate and optimize processes intelligently. This transition provides an opportunity for new business models and more efficient use of resources through technologies like smart metering and automation. The document makes recommendations to standardize technologies, provide incentives, fund research, and educate stakeholders to support the
The document discusses translation techniques for summarizing a passage about smart grid technology. It includes 4 paragraphs about changes in energy supply and demand, benefits of smart grid technology, and challenges with renewable energy sources. The reflection discusses translation methods used, including looking up unfamiliar words and short sentences. It notes the importance of understanding the topic before translating. The chart compares methods, strategies, and techniques, defining them as the plan, implementation, and specific behaviors used in translation. Feedback from group members praises the translations and understanding of environmental issues. A slideshare presentation will consolidate the tasks and bibliography is included.
CapTechTalks Webinar Slides June 2024 Donovan Wright.pptxCapitolTechU
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Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
A Free 200-Page eBook ~ Brain and Mind Exercise.pptxOH TEIK BIN
(A Free eBook comprising 3 Sets of Presentation of a selection of Puzzles, Brain Teasers and Thinking Problems to exercise both the mind and the Right and Left Brain. To help keep the mind and brain fit and healthy. Good for both the young and old alike.
Answers are given for all the puzzles and problems.)
With Metta,
Bro. Oh Teik Bin 🙏🤓🤔🥰
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
Andreas Schleicher presents PISA 2022 Volume III - Creative Thinking - 18 Jun...EduSkills OECD
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Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
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Custom modules offer the flexibility to extend Odoo's capabilities, address unique requirements, and optimize workflows to align seamlessly with your organization's processes. By leveraging custom modules, businesses can unlock greater efficiency, productivity, and innovation, empowering them to stay competitive in today's dynamic market landscape. In this tutorial, we'll guide you step by step on how to easily download and install modules from the Odoo App Store.
This presentation was provided by Rebecca Benner, Ph.D., of the American Society of Anesthesiologists, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
This presentation was provided by Racquel Jemison, Ph.D., Christina MacLaughlin, Ph.D., and Paulomi Majumder. Ph.D., all of the American Chemical Society, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
Philippine Edukasyong Pantahanan at Pangkabuhayan (EPP) CurriculumMJDuyan
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 𝟏)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐄𝐏𝐏 𝐂𝐮𝐫𝐫𝐢𝐜𝐮𝐥𝐮𝐦 𝐢𝐧 𝐭𝐡𝐞 𝐏𝐡𝐢𝐥𝐢𝐩𝐩𝐢𝐧𝐞𝐬:
- Understand the goals and objectives of the Edukasyong Pantahanan at Pangkabuhayan (EPP) curriculum, recognizing its importance in fostering practical life skills and values among students. Students will also be able to identify the key components and subjects covered, such as agriculture, home economics, industrial arts, and information and communication technology.
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐍𝐚𝐭𝐮𝐫𝐞 𝐚𝐧𝐝 𝐒𝐜𝐨𝐩𝐞 𝐨𝐟 𝐚𝐧 𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫:
-Define entrepreneurship, distinguishing it from general business activities by emphasizing its focus on innovation, risk-taking, and value creation. Students will describe the characteristics and traits of successful entrepreneurs, including their roles and responsibilities, and discuss the broader economic and social impacts of entrepreneurial activities on both local and global scales.
Philippine Edukasyong Pantahanan at Pangkabuhayan (EPP) Curriculum
Translation Techniques
1. TRANSLATION TECHNIQUES
TASK 3 - COLLABORATIVE ACTIVITY 1
SUBMITTED BY:
DAGO HELBERT MARTINEZ ACOSTA
MILTON WILLIAM BASTIDAS
REINA PAOLA BELTRAN
CLAUDIA PAOLA PEREZ
GROUP: _10
TEACHER:
OLGA LUCIA FIERRO
UNIVERSIDAD NACIONAL ABIERTA Y A DISTANCIA UNAD
ESCUELA CIENCIAS DE LA EDUCACIÓN
PASTO, MARCH 25th 2019
2. Task 1:Translation
Smart Energy Reading
By Dago Helbert Martinez
Paragraph 1 Translation
The next few decades will see great changes in the way energy is
supplied and used. In some major oil producing nations, 'peak oil'
has already been reached, and there are increasing fears of global
warming. Consequently, many countries are focusing on the
switch to a low carbon economy. This transition will lead to major
changes in the supply and use of electricity. Firstly, there will be
an increase in overall demand, as consumers switch from oil and
gas to electricity to power their homes and vehicles. Secondly,
there will be an increase in power generation, not only in terms of
how much is generated, but also how it is generated, as there is
growing electricity generation from renewable sources. To meet
these challenges, countries are investing in Smart Grid
technology. This system aims to provide the electricity industry
with a better understanding of power generation and demand,
and to use this information to create a more efficient power
network.
Las próximas décadas verán grandes cambios en la forma en que
se suministra y utiliza la energía. En algunas de las principales
naciones productoras de petróleo, el "pico del petróleo" ya se ha
alcanzado, y hay un creciente temor por el calentamiento global.
En consecuencia, muchos países se están centrando en el cambio a
una economía baja en carbono. Esta transición conducirá a
grandes cambios en el Suministro y uso de electricidad. En primer
lugar, habrá un aumento en la demanda general, a medida que los
consumidores cambien de petróleo y gas a electricidad para
alimentar sus hogares y vehículos. En segundo lugar, habrá un
aumento en la generación de energía, no solo en términos de
cuánto se genera, sino también cómo se genera, a medida que
aumenta la generación de electricidad a partir de fuentes
renovables. Para enfrentar estos desafíos, los países están
invirtiendo en la tecnología de redes inteligentes. Este sistema
apunta a proporcionar a la industria eléctrica una mejor
comprensión de la generación y demanda de energía, y utilizar
esta información para crear una red eléctrica más eficiente.
3. Task 1:Translation
Smart Energy Reading
By Claudia Paola Perez
Paragraph 2 Translation
Smart Grid technology basically involves the
application of a computer system to the electricity
network. The computer system can be used to
collect information about supply and demand and
improve engineer's ability to manage the
system. With better information about electricity
demand, the network will be able to increase the
amount of electricity delivered per unit generated,
leading to potential reductions in fuel needs and
carbon emissions. Moreover, the computer system
will assist in reducing operational and maintenance
costs.
La tecnología Smart Grid implica básicamente la
aplicación de un sistema informático a la red
eléctrica. El sistema informático se puede utilizar
para recopilar información sobre la
oferta y demanda y mejorar la capacidad del
ingeniero para gestionar el sistema. Con una mejor
información sobre la demanda de electricidad, la
red podrá aumentar la cantidad de electricidad
entregada por unidad generada, lo que llevará a
posibles reducciones en las necesidades de
combustible y las emisiones de carbono. Además, el
sistema informático ayudará a reducir los costos
operativos y de mantenimiento.
4. Task 1:Translation
Smart Energy Reading
By Reina Paola Beltran
Paragraph 3 Translation
Smart Grid technology offers benefits to the consumer
too. They will be able to collect real-time information on
their energy use for each appliance. Varying tariffs
throughout the day will give customers the incentive to
use appliances at times when supply greatly exceeds
demand, leading to great reductions in bills. For example,
they may use their washing machines at night. Smart
meters can also be connected to the internet or telephone
system, allowing customers to switch appliances on or off
remotely. Furthermore, if houses are fitted with the
apparatus to generate their own power, appliances can be
set to run directly from the on-site power source, and any
excess can be sold to the grid.
La tecnología Smart Grid ofrece beneficios al consumidor
también. Ellos serán capaces de recopilar información en
tiempo real sobre el uso de energía para cada
electrodoméstico. La variación de tarifas a lo largo del día
dará a los clientes el incentivo para usar
electrodomésticos en momentos en los que la oferta
supere en gran medida la demanda, lo que lleva a grandes
reducciones en las facturas.
Por ejemplo, ellos pueden usar sus lavadoras en la noche.
Los medidores inteligentes también se pueden conectar a
internet o al sistema telefónico, permitiendo a los clientes
encender o apagar electrodomésticos de forma remota.
Además, si las casas están equipadas con el sistema para
generar su propia energía, los electrodomésticos se
pueden configurar para que funcionen directamente
desde la fuente de energía en el sitio, y cualquier exceso
se puede vender a la red.
5. Task 1:Translation
Smart Energy Reading
By Milton William Bastidas
Paragraph 5 Translation
Although Smart Technology is still in its infancy, pilot schemes to
promote and test it are already underway. Consumers are
currently testing the new smart meters which can be used in their
homes to manage electricity use. There are also a number of
demonstrations being planned to show how the smart technology
could practically work, and trials are in place to test the new
electrical infrastructure. It is likely that technology will be added in
'layers', starting with 'quick win' methods which will provide initial
carbon savings, to be followed by more advanced systems at a
later date. Cities are prime candidates for investment into smart
energy, due to the high population density and high energy use. It
is here where Smart Technology is likely to be promoted first,
utilizing a range of sustainable power sources, transport solutions
and an infrastructure for charging electrically powered
vehicles. The infrastructure is already changing fast. By the year
2050, changes in the energy supply will have transformed our
homes, our roads and our behavior.
Aunque la tecnología inteligente (Smart Technology) aun esta es sus
primeras etapas, proyectos pilotos ya están en marcha para ser
probados y promovidos. Actualmente los consumidores están probando
los nuevos medidores inteligentes los cuales pueden ser usados en sus
casas para administrar el uso de electricidad. También varias
demostraciones han sido planeadas para mostrar como la tecnología
inteligente puede funcionar, hay pruebas para ensayar la nueva
infraestructura eléctrica. Es probable que esta tecnología se añadida en
“capas” comenzando con métodos de “quick win” (ganancia rápida) los
cuales proveen ahorros iniciales de carbón para ser seguidos por
sistemas más avanzados en una fecha venidera. Las ciudades son los
candidatos principales para invertir en energía inteligente debido a la
alta densidad de población y al gran consumo de energía. Es aquí donde
probablemente la tecnología inteligente será promovida en primer
lugar, utilizando una variedad de fuentes de energía sostenibles,
soluciones de transporte y una infraestructura para cargar los vehículos
que funcionan eléctricamente. La infraestructura ya está cambiando
muy rápido. A medidas del año 2050, los cambios en el suministro de
energía transformaran nuestros hogares, autopistas y nuestro
comportamiento.
6. Task 2: Reflection
By Dago Helbert Martinez
Regarding the text translated into Spanish there were many expressions that I had to stop to analyze in
detail to transfer the message from English to Spanish, for example in the following sentence I had some
difficulty "The next few years" because we always try to translate word by word. If we focus on translating
word by word, we find the following, taking the previous sentence as an example, we know that (NEXT) is
next and (FEW) few, therefore if we put these two words together in Spanish the phrase would not make
much sense when passing the message to Spanish we should join them and look for the most appropriate
meaning so that there is coherence in the meaning. Others of the situations that we have to take care of
are the phrases in passive voice you since at the time of translating the meaning can vary.
On the other hand it is important not only to know and learn English words but also, idioms, adverbial
locutions among others, in this way it will be easy to make a translation providing accurate information
from English to Spanish. It is important to note that in some unknown words and expressions I used the
dictionary to translate them, although much of the vocabulary of this text was familiar to me.
Taking into account the techniques that Gabriela Bosco speaks to us, in many parts of the text I used the
Literal Translation, but we must be careful because this technique cannot be used permanently due to the
structure of the English language
7. Task 2: Reflection
By Claudia Paola Perez
During the development of the exercise, I did not have major inconveniences, since the text was of simple
handling for me. The first thing I did was a comprehensive reading of all the paragraphs, as well as
investigating the central term of the text so that I could contextualize the translation.
In most of the text I used the literal translation (Gabriela Bosco), although in some parts it was necessary
to use another technique, since To give a sense closer to the author must be aware that the order of
words is not the same as it is handled in the Spanish language, this way you can give consistency to the
text.
The other technique I used was transposition, which explains that grammatical structures are often
different in different languages.Transposition is often used between English and Spanish because of the
preferred position of the verb in the sentence: English often has the verb near the beginning of a
sentence; Spanish can have it closer to the end (Taken from
https://www.interproinc.com/blog/translation-techniques).
In my paragraph, it looked like this: improve the engineer's ability to manage the system.
Literal translation: mejorar ingeniero habilidad para gestionar el sistema.
Translation taking into account transposition: mejorar la capacidad del ingeniero para gestionar el
sistema.
The exercise was interesting because we put into practice what we have already learned to demonstrate
that we have acquired the necessary knowledge in the use of translation techniques.
8. Task 2: Reflection
By Reina Paola Beltran
First, I used the suggestion to read the entire text before translating it, highlighted the most difficult expressions to translate
and started the translation, the idea is to understand the context prayer after sentence, have a clear mental picture of the
situation, not just translate word by word, as it could be painful at the time of writing the translation. Expressions or
placements should be understood and translated, as they occur, not as individual words.
Therefore, as I was translating I organized each sentence, adjusting grammatical structures and vocabulary to the text in a
coherent way
Although the text seems simple and easy to understand, there are some expressions difficult to translate without losing the
main idea, due to the style and elements that it has. Therefore, it was important to use some translation strategies, such as the
oblique translation and this "Transposition" because when translating from English to Spanish, a literal translation cannot be
maintained word by word, because the grammatical meaning of the target language can be, alter and change the meaning of
the phrase. According to Gabriela Bosco, "oblique translation techniques are used when the structural or conceptual elements
of the source language cannot be translated directly without altering the meaning or altering the grammatical and stylistic
elements of the target language"
Another important technique to consider in this text was Adaptation, because some words are not translated exactly like
Spanish
It is worth mentioning that when I translated the text, although I knew most of the words, there were words that I did not
know, it was one of the disadvantages that I found because it is necessary to look for different sources to understand the
meaning of each word within the text.
In addition, the order of words is not literal as in the Spanish language, requires understanding and interpretation of the
intentionality of the writer to translate it into the target language, in this case Spanish, so that it has textual coherence.
In general, the exercise seemed interesting because it allows us to organize and understand texts from English to Spanish
without losing the message that it wants to transmit, making it understandable to us and who reads it.
9. Task 2: Reflection
By Milton William Bastidas
It was a great experience because I found that I could not use direct translation techniques like the literal
translation because there are many different aspects of SL, besides there are terms that I had to
investigate their meanings in the online dictionary.
I did the pertinent investigation regarding the context of the text, A term that also called my attention is
the " smart technology", this term (Smart) is always used in today's televisions, the direct translation
technique (calque) English word loaned for the definition of a reference of a television of the year, I also
found a financial term "fast profit" that means strategies that allow people or companies to reach a
financial goal with profits. But I wrote them because those terms are the most used in their original form,
but they can be accepted in theTL (calque).
Another technique that I felt comfortable using was modulation, here I could express the same idea with
a different phrase, for example:
"Transportation solutions and an infrastructure for charging electric vehicles, an infrastructure for
charging electric vehicles", the common translation could be: "Transportation solutions
and infrastructure to load electrically propelled vehicles". Instead, I used a less technical language that
most people could understand, such as "transportation solutions and an infrastructure for charging
electrically powered vehicles." It is important to know the context of each text and the TL culture before
translating because different cultures have different meanings.
10. Task 3: Chart
By Dago Helbert Martinez
Method Strategy Technique
Taking into account the proposed
readings, it can be inferred that the
methods are procedures that allow this
task to be carried out effectively
therefore, focusing on the translation
methods, there are several methods
that facilitate the work likewise, it is
necessary to know when it is more
convenient to use them since the use
of these methods depends to a large
extent on the type of text that is to be
translated.
it must consider that translation
methods relate to whole
texts (Ordudari , 2011)
Taking into account the claims of
Loescher (1991:8) where he defines
translation strategy as "a potentially
conscious procedure for solving a
problem faced in translating a text, or
any segment of it." (Ordudari , 2011)
It can be specified that translation
strategies are procedures that are used
with the purpose of improving
deficiencies in any translation activity,
allowing do adequate use of the
available skills when making said work
The translation technique is the
concrete application visible in the
result, which affects smaller areas of
the text. " (20000Lenguas, 2018).
While the translation method is applied
to the entire text to be translated, the
translation technique varies within the
same text taking into account each
case and depending on the specific
verbal elements that is going to
For example in Word-for-word
translation the order of the sentence is
maintained, by translating the words
one by one, the most common
meaning is taken
There are several strategies that are
useful in a translation, for Example
Transposition, this makes reference to
change in word class, for example
adjective to noun.
Modulation. It operates a change of
perspective from one language to
another or a semantic change.
Example. It’s quite clever (No es nada
tonto)
11. Task 3: Chart
By Claudia Paola Perez
Method Strategy Technique
It is the development of a determined translator
process regulated by a principle based on the
translator's objective; the method has, therefore, a
supraindividual and conscious character although
sometimes it can be unconscious) and it is a global
option that runs through the entire text.
Newmark (1988) are related to complete texts.
It has an individual character since it consists of the
mechanisms used by the translator to solve the
problems encountered in the development of that
process according to their specific needs.
Krings (1986: 18) defines the translation strategy as
"the potentially conscious plans of the translator to
solve concrete translation problems within the
framework of a concrete translation task"
Loescher (1991: 8) defines the translation strategy
as "a potentially conscious procedure to solve a
problem when translating a text, or any segment of
it".
It is the concrete application visible in the result,
which affects smaller areas of the text. "(Hurtado
Albir 1996: 47)
They are used for sentences and the smallest units
of language.
Word-for-word translation: in which the order of the SL
words is conserved and the words are translated
individually by their most common meanings, out of
context.
Literal translation: in which the grammatical
constructions of SL are converted to their nearestTL
equivalents, but the lexical words are translated again
separately, out of context.
Faithful translation: attempts to produce the precise
contextual meaning of the original within the constraints
of theTL grammatical structures.
Seguinot (1989) believes that there are at least three
global strategies employed by translators:
(I) translate without interruption for as long as possible;
(II) correct surface errors immediately;
(III) Leave the monitoring for qualitative or stylistic errors
in the text to the revision stage.
Recognized translation: occurs when the translator
"normally uses the official or generally accepted
translation of any institutional term". (Newmark, 1988b:
89)
Compensation: occurs when the loss of meaning in a part
of a sentence is compensated elsewhere. (Newmark,
1988b: 90)
Paraphrasis: this procedure explains the meaning of CBT.
Here the explanation is much more detailed than that of
the descriptive equivalent. (Newmark, 1988b: 91)
12. Task 3: Chart
By Reina Paola Beltran
Method Strategy Technique
Translation methods refer to complete texts. Newmark
(1988b).
- It is an application of a focus in the context of language
teaching.An example of a method is the grammatical
translation method.This method uses the memorization
of several grammar rules and the translation of second
language material into the student's native language.
-Translation methods are related to full texts, translation
procedures are used for sentences and smaller units of
language translation methods.
- Krings (1986: 18) defines the translation strategy as
"potentially conscious plans of the translator to solve the
concrete translation.The issue of translation techniques
poses a challenge;Trying to identify strategies that you
use almost intuitively every day.
- In general, the strategy refers to the plan that I must use
to face my translation from the beginning to the end. It
includes the lexicon, the grammar and the words that I
will use throughout the translation.
- According to Loescher (1991), a translation strategy is "a
conscious procedure to solve a problem in translation.
-The strategies are tasks such as choosing the document
to be translated and a method to translate the text.
- "The techniques change within the same text according
to each case and depending on the elements to be
translated" (Mathieu, 2016).
-There are direct and oblique translation techniques.The
direct ones are those "when the structural and conceptual
elements of the language of origin can be transposed to
the language of the cake" (Bosco, n.d).
Translation methods refer to complete texts. Newmark
(1988b).
- It is an application of a focus in the context of language
teaching.An example of a method is the grammatical
translation method.This method uses the memorization
of several grammar rules and the translation of second
language material into the student's native language.
-Translation methods are related to full texts, translation
procedures are used for sentences and smaller units of
language translation methods.
- Krings (1986: 18) defines the translation strategy as
"potentially conscious plans of the translator to solve the
concrete translation.The issue of translation techniques
poses a challenge;Trying to identify strategies that you
use almost intuitively every day.
- In general, the strategy refers to the plan that I must use
to face my translation from the beginning to the end. It
includes the lexicon, the grammar and the words that I
will use throughout the translation.
- According to Loescher (1991), a translation strategy is "a
conscious procedure to solve a problem in translation.
-The strategies are tasks such as choosing the document
to be translated and a method to translate the text.
- "The techniques change within the same text according
to each case and depending on the elements to be
translated" (Mathieu, 2016).
-There are direct and oblique translation techniques.The
direct ones are those "when the structural and conceptual
elements of the language of origin can be transposed to
the language of the cake" (Bosco, n.d).
13. Task 3: Chart
By Milton William Bastidas
Method Strategy Technique
It is a plan or a set of steps that we use to achieve a
goal. -It is a consciousness process.
-According to Loescher (1991:8), says that is
potentially conscious procedure for solving a
problem faced in translation text.
-According to Jaas Kelaine (2005:15), it is the
ability to choose a SL text and method to translate
it.
It is the way something is done. Also it refers to a
set of techniques to perform a task.
-It involves the complete text, what happen to the
text.
-The way the text is going to be translated.
-It is a procedure used to complete a task.
It is how the procedures and methods are applied
on a specific task, this mean, all the language
transfer processes involved in the act of
translating.
-They are not strategic.
-They are used for small language units
(sentences, words, etc.)
-Activities used by the translator on the way of
problem-solving and decision-making.
-Used for translating CSC.
Example : Methods (what happen to texts) and
Techniques (what happen in the process).
Example :Word-for-word translation: in which the
SL word order is preserved and the words
translated singly by their most common meanings,
out of context.
Adaptation: which is the freest form of translation,
and is used mainly for plays (comedies) and
poetry; the themes, characters, plots are usually
preserved, the SL culture is converted to theTL
culture and the text is rewritten
Example : Descriptive or self- explanatory
translation: It uses generic terms (not CBTs) to
convey the meaning. It is appropriate in a wide
variety of contexts where formal equivalence is
considered insufficiently clear. In a text aimed at a
specialized reader, it can be helpful to add the
original SL term to avoid ambiguity.
Modulation: it occurs when the translator
reproduces the message of the original text in the
TL text in conformity with the current norms of the
TL, since the SL and theTL may appear dissimilar
in terms of perspective