Automation
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In this presentation, Pushkar introduces the topic of automation and associated trends. Pushkar's interest area lies automation applications such as detecting failures in data center operations.
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Uses of computer
Computers have a wide range of uses in today's world. They can be used for word processing, accessing the internet, creating digital video or audio, desktop publishing, medicine, mathematical calculations, banking, travel, telecommunications, defense, e-learning, gambling, examinations, business, generating certificates, using ATMs, finding matches, reading news, connecting with classmates, robotics, operating appliances like washing machines and microwaves, planning and scheduling, checking for plagiarism, sending greetings, sports applications, airplane pilot training, and weather analysis. Computers are indispensable tools that have become integrated into nearly every aspect of modern life.
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Characteristics of computer
Characteristics of Computer - Speed, Accuracy, Diligence, Versatility, power of remembering, No IQ, No feeling, Storage
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This document provides an overview of affective computing and various technologies used to enable emotional interaction between humans and computers. It defines affective computing as giving computers the ability to detect and express emotions. Key technologies discussed include an emotion mouse that tracks hand movements, expression glasses that show interest and confusion levels, eye tracking to detect gaze, and speech recognition for voice input. The document also mentions a prototype called SUITOR that aims to automatically detect users' areas of interest based on eye gaze to provide relevant information.
Application of Computer
Computers have numerous applications across many fields of modern life. They are integral to education, allowing students to perform coursework and gain job skills. Libraries rely on computers for acquisition, classification, cataloging, circulation and serial control. Science and technology are also heavily dependent on computers, which have changed their face and are an essential part. Medicine and health have been greatly enhanced by computer technology, particularly in hospital environments. Businesses use computers from manufacturing to sales and cannot function without them. Accounting, communication, networking and more are computer-based. Computers also provide entertainment through movies, music and games. Their applications are found everywhere computations and complex data are involved, across all spheres of life.
What is Computer and Uses of Computer in modern ERA.
Computer is an electronic device that accepts data as input, processes it, and provides output according to a set of instructions. It uses hardware and software where hardware are the physical parts and software are the instructions. Computers have evolved through 5 generations from using vacuum tubes to today's microprocessors and artificial intelligence. Computers provide many benefits but also some negatives like health issues. Computers are widely used in various fields like business, education, medical, defense, government, industries and more. They help with tasks like communication, data storage, analysis, automation and more.
Capabilities and limitations of computer
The document discusses the capabilities and limitations of computers. The key capabilities are that computers can store and retrieve information, perform mathematical operations at high speeds with precision, and perform logical operations based on comparisons. However, computers are limited in that they can only do what they are programmed to do, cannot correct input errors, cannot think or derive meanings, can only process precisely defined goals, and are subject to errors from power or system issues.
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Uses of computer
Computers have a wide range of uses in today's world. They can be used for word processing, accessing the internet, creating digital video or audio, desktop publishing, medicine, mathematical calculations, banking, travel, telecommunications, defense, e-learning, gambling, examinations, business, generating certificates, using ATMs, finding matches, reading news, connecting with classmates, robotics, operating appliances like washing machines and microwaves, planning and scheduling, checking for plagiarism, sending greetings, sports applications, airplane pilot training, and weather analysis. Computers are indispensable tools that have become integrated into nearly every aspect of modern life.
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In this presentation, Aditya introduces automation and says that this might be the next big thing in India given PM Modi's talk about a digital India. Aditya's interest area lies in Home automation.
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In this presentation, Nikhil introduces the concept of IoT and discusses trends. Nikhil's interest area lies in making IoT class devices secure.
Characteristics of computer
Characteristics of Computer - Speed, Accuracy, Diligence, Versatility, power of remembering, No IQ, No feeling, Storage
powerpointppt
This document provides an overview of affective computing and various technologies used to enable emotional interaction between humans and computers. It defines affective computing as giving computers the ability to detect and express emotions. Key technologies discussed include an emotion mouse that tracks hand movements, expression glasses that show interest and confusion levels, eye tracking to detect gaze, and speech recognition for voice input. The document also mentions a prototype called SUITOR that aims to automatically detect users' areas of interest based on eye gaze to provide relevant information.
Application of Computer
Computers have numerous applications across many fields of modern life. They are integral to education, allowing students to perform coursework and gain job skills. Libraries rely on computers for acquisition, classification, cataloging, circulation and serial control. Science and technology are also heavily dependent on computers, which have changed their face and are an essential part. Medicine and health have been greatly enhanced by computer technology, particularly in hospital environments. Businesses use computers from manufacturing to sales and cannot function without them. Accounting, communication, networking and more are computer-based. Computers also provide entertainment through movies, music and games. Their applications are found everywhere computations and complex data are involved, across all spheres of life.
What is Computer and Uses of Computer in modern ERA.
Computer is an electronic device that accepts data as input, processes it, and provides output according to a set of instructions. It uses hardware and software where hardware are the physical parts and software are the instructions. Computers have evolved through 5 generations from using vacuum tubes to today's microprocessors and artificial intelligence. Computers provide many benefits but also some negatives like health issues. Computers are widely used in various fields like business, education, medical, defense, government, industries and more. They help with tasks like communication, data storage, analysis, automation and more.
Capabilities and limitations of computer
The document discusses the capabilities and limitations of computers. The key capabilities are that computers can store and retrieve information, perform mathematical operations at high speeds with precision, and perform logical operations based on comparisons. However, computers are limited in that they can only do what they are programmed to do, cannot correct input errors, cannot think or derive meanings, can only process precisely defined goals, and are subject to errors from power or system issues.
Input devices
Input devices allow human interaction with computers by transferring information into the system. They process physical data like sounds, movements and images into binary codes that computers can store and manipulate. Common input devices range from mice and keyboards to webcams, with newer integrated versions including touchpads, smart cards, and touchscreens. Input devices connect to computers either physically with wires or wirelessly using receivers.
uses of computer ppt
This document discusses various uses of computers in different fields such as e-banking, e-commerce, e-governance, and e-education. It provides details on how computers have enabled banking transactions to be processed digitally and made available online 24/7. E-commerce allows for online shopping and purchasing of goods with advantages like free shipping and low prices. Computers are also used in government agencies to digitize tax databases, employment records, and enable online services. In education, computers are utilized for online learning, calculations, games, and exams. The document emphasizes the role of research and innovation in driving development in technology.
WHAT IS COMPUTER SCIENCE?
The document discusses computer science and its applications. It defines computer science as the study of computer hardware, software, and application of technology. It lists algorithms, programming, and microprocessors as key aspects of computer science and discusses how computer science is experienced in daily life through computerized systems and technologies. It also mentions robotics and space shuttles as new frontiers for computer science.
Uses of computer
The document discusses various uses of computers in different fields such as science, education, healthcare, engineering, architecture, manufacturing, entertainment, communication, business, publishing, and banking. Computers are used for data collection and analysis in science, virtual learning and online libraries in education, maintaining medical histories and monitoring vital signs in healthcare, designing structures and products in engineering and architecture, facilitating manufacturing processes, providing access to media and games for entertainment, enabling communication through email and social media, assisting business functions like record keeping and online ordering, designing books digitally in publishing, and managing financial records and online transactions in banking.
Uses of Computers
A presentation about some superficial information about the usage of computers in the contemporary world.
AREAS WHERE COMPUTERS ARE USED
Computers are used in many areas including business, medicine, research, banking, robotics, transportation design, space exploration, entertainment, education, and animation/graphic design. Computers allow for faster, more accurate and organized work in these fields, helping to improve efficiency and advance research, design, and more.
Uses of computer
Computers are used in nearly every field due to their ability to efficiently store and process large amounts of data. They are vital tools in science, education, medicine, engineering, entertainment, communication, business, banking, and more. Computers have transformed industries like publishing, banking, and education by facilitating tasks like data management, communication, and content creation/distribution. Their use continues to grow as technology advances and they take on more complex roles, such as participating in scientific research and performing medical diagnostics.
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The document provides an introduction to computers including their history and components. It discusses how the term "computer" came from calculating or computing, and defines a computer user. It outlines that computers have two main parts - hardware which are the physical components you can touch, and software which are sets of instructions. Early counting methods included using fingers, toes, sticks and stones. Some of the earliest mechanical counting devices were developed by the Babylonians around 300 BC and the Pascaline in 1630 was one of the first mechanical calculators. The document also gives some basic computer care tips such as keeping it free from dust, dirt and liquids, using anti-virus software, and turning it off when not in use.
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The document discusses various uses of computers in different fields. It provides examples of how computers are used at home for managing budgets, gaming, working remotely, entertainment and connecting with others. Computers are also used in education for computer-based teaching, distance learning and improving skills. Additionally, the document outlines uses of computers in business contexts like marketing, stock exchanges, banking and retail stores. Medical uses described include hospital management systems, patient monitoring, and diagnostic tools. Agricultural applications mentioned are weather prediction and automated farm equipment. Finally, law enforcement uses of computers discussed are databases to store criminal records and using the internet for information sharing and crime prevention.
APPLICATIONS OF COMPUTER
Computers are now used in almost every field of life from military applications to entertainment. Some major areas of computer usage include the military, banks, research, education, media and communication, criminal identification, edutainment, business, animation, book publishing, commercial purposes, engineering, sports, medical, government, libraries and museums. Computers facilitate complex computations, online banking, mobile banking, online education, e-commerce, special effects in movies, digital reading and publishing, hotel bookings, engineering design, sports training, medical diagnostics, and government administration.
COMPUTER AND ITS USES
An electronic device capable of receiving and processing information according to programmed instructions to produce output. Computers are widely used across many domains including government, banking, healthcare, engineering, defense, education, and business for tasks like processing transactions, running simulations, storing records, analyzing data, and automating processes. They have revolutionized and increased the speed, accuracy, and efficiency of operations in these fields.
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Role Of Com
Computers play an essential role in nearly every aspect of modern life. They are used widely in education, business, healthcare, and at home. In education, computers enable distance learning through online classes and lectures and facilitate online exams. Businesses rely on computers for marketing, managing stock exchanges, and networking with clients. In healthcare, computers are used for hospital management, storing patient health histories, monitoring patients, and aiding in diagnosis and treatment. At home, computers allow people to manage budgets, work remotely, access information online, and communicate with others. While computers have disadvantages like enabling cybercrime, the benefits of their speed, accuracy and widespread applications outweigh the downsides.
Applications of computer
Computers are used in many fields including education, business, engineering, manufacturing, healthcare, banking, government and at home. They are used for research, record keeping, data entry, sales, product design, banking transactions, medical records, email, payroll processing and more. Computers allow individuals and organizations to be more efficient and productive across many important tasks and industries.
Computer definition
This document outlines the learning outcomes and objectives of a course to prepare students to work in hardware servicing. It introduces topics like PC operation, Microsoft applications, and assessing and maintaining the quality of one's work. Additional modules will cover preparing and using hand tools, terminating electrical wiring, installing and diagnosing computer systems, and understanding basic computer components and functions. The overall goal is to provide skills training and experience to feel confident providing hardware support services.
COMPUTER - TYPES, USES, ADVANTAGES & DISADVANTAGES
Description of a Computer, Types of a Computer, Advantage, and Disadvantages of a Computer and Uses of a commputer
Introduction of computer
The document introduces computers and their components. It defines a computer as an electronic machine that can accept input, process data, and output results. It provides the full form of "computer" and lists some key advantages such as speed, accuracy, data storage, online education, research, employment, and business uses. Some disadvantages mentioned include potential health issues, risks of viruses and hacking, inability to make independent decisions, negative environmental effects, inability to self-repair, cyber crimes, and data/information violations.
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Application Of Computers
The document discusses the various applications of computers in different sectors of society. Computers are used in businesses like banks with automatic teller machines. In engineering, computers help engineers with their work. Computers are also used in government settings like hospitals. At home, computers can be used for entertainment purposes like playing games. Computers assist with manufacturing and are found in schools for activities such as computer-aided instruction. They also aid scientific work such as simulating cell division.
Basics of computer science
Computer science involves developing software and hardware that is used across many industries to streamline processes, increase security, and more. The field is important because computers are now integral parts of companies and daily life. Computer scientists work on programs, apps, games, and modeling that impact websites, smartphones, manufacturing, economics and government. Studying computer science offers a high paying job outlook, with average salaries for graduates around $59,221 according to CNN Money. Those interested should enjoy working with computers logically, in teams, and across industries.
Navigating the Asian Textile and Garment Supply Chain - Screen - April 2015
This document discusses trends in the Asian textile and garment supply chain and their implications for Australian retailers. It finds that:
1. Chinese manufacturers are facing declining profitability due to rising wages and costs. They are implementing strategies like relocating production to lower-cost countries, focusing on fast fashion, shifting to higher-margin products, and vertical integration. These strategies will have varying impacts on Australian retailers.
2. Most Australian retailers now directly source products from overseas instead of through wholesalers. This has increased their profit margins but also their exposure to foreign exchange volatility. In a lower Australian dollar environment, over 70% of direct sourcing retailers could become unprofitable without price increases or cost cuts.
Supply chain management of ZARA
Zara is a large Spanish clothing retailer known for its rapid fashion production model. It changes designs every 2 weeks compared to competitors' 2 months. Zara uses agents to scout trends and sends sketches to factories within 6 hours for production. Its infrastructure allows finishing goods to reach stores in 4-5 weeks. This rapid supply chain and production flexibility allows Zara to meet constantly changing fashion demands.
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Input devices
Input devices allow human interaction with computers by transferring information into the system. They process physical data like sounds, movements and images into binary codes that computers can store and manipulate. Common input devices range from mice and keyboards to webcams, with newer integrated versions including touchpads, smart cards, and touchscreens. Input devices connect to computers either physically with wires or wirelessly using receivers.
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This document discusses various uses of computers in different fields such as e-banking, e-commerce, e-governance, and e-education. It provides details on how computers have enabled banking transactions to be processed digitally and made available online 24/7. E-commerce allows for online shopping and purchasing of goods with advantages like free shipping and low prices. Computers are also used in government agencies to digitize tax databases, employment records, and enable online services. In education, computers are utilized for online learning, calculations, games, and exams. The document emphasizes the role of research and innovation in driving development in technology.
WHAT IS COMPUTER SCIENCE?
The document discusses computer science and its applications. It defines computer science as the study of computer hardware, software, and application of technology. It lists algorithms, programming, and microprocessors as key aspects of computer science and discusses how computer science is experienced in daily life through computerized systems and technologies. It also mentions robotics and space shuttles as new frontiers for computer science.
Uses of computer
The document discusses various uses of computers in different fields such as science, education, healthcare, engineering, architecture, manufacturing, entertainment, communication, business, publishing, and banking. Computers are used for data collection and analysis in science, virtual learning and online libraries in education, maintaining medical histories and monitoring vital signs in healthcare, designing structures and products in engineering and architecture, facilitating manufacturing processes, providing access to media and games for entertainment, enabling communication through email and social media, assisting business functions like record keeping and online ordering, designing books digitally in publishing, and managing financial records and online transactions in banking.
Uses of Computers
A presentation about some superficial information about the usage of computers in the contemporary world.
AREAS WHERE COMPUTERS ARE USED
Computers are used in many areas including business, medicine, research, banking, robotics, transportation design, space exploration, entertainment, education, and animation/graphic design. Computers allow for faster, more accurate and organized work in these fields, helping to improve efficiency and advance research, design, and more.
Uses of computer
Computers are used in nearly every field due to their ability to efficiently store and process large amounts of data. They are vital tools in science, education, medicine, engineering, entertainment, communication, business, banking, and more. Computers have transformed industries like publishing, banking, and education by facilitating tasks like data management, communication, and content creation/distribution. Their use continues to grow as technology advances and they take on more complex roles, such as participating in scientific research and performing medical diagnostics.
computer hsitory grade 1-2
The document provides an introduction to computers including their history and components. It discusses how the term "computer" came from calculating or computing, and defines a computer user. It outlines that computers have two main parts - hardware which are the physical components you can touch, and software which are sets of instructions. Early counting methods included using fingers, toes, sticks and stones. Some of the earliest mechanical counting devices were developed by the Babylonians around 300 BC and the Pascaline in 1630 was one of the first mechanical calculators. The document also gives some basic computer care tips such as keeping it free from dust, dirt and liquids, using anti-virus software, and turning it off when not in use.
Uses of Computer
The document discusses various uses of computers in different fields. It provides examples of how computers are used at home for managing budgets, gaming, working remotely, entertainment and connecting with others. Computers are also used in education for computer-based teaching, distance learning and improving skills. Additionally, the document outlines uses of computers in business contexts like marketing, stock exchanges, banking and retail stores. Medical uses described include hospital management systems, patient monitoring, and diagnostic tools. Agricultural applications mentioned are weather prediction and automated farm equipment. Finally, law enforcement uses of computers discussed are databases to store criminal records and using the internet for information sharing and crime prevention.
APPLICATIONS OF COMPUTER
Computers are now used in almost every field of life from military applications to entertainment. Some major areas of computer usage include the military, banks, research, education, media and communication, criminal identification, edutainment, business, animation, book publishing, commercial purposes, engineering, sports, medical, government, libraries and museums. Computers facilitate complex computations, online banking, mobile banking, online education, e-commerce, special effects in movies, digital reading and publishing, hotel bookings, engineering design, sports training, medical diagnostics, and government administration.
COMPUTER AND ITS USES
An electronic device capable of receiving and processing information according to programmed instructions to produce output. Computers are widely used across many domains including government, banking, healthcare, engineering, defense, education, and business for tasks like processing transactions, running simulations, storing records, analyzing data, and automating processes. They have revolutionized and increased the speed, accuracy, and efficiency of operations in these fields.
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The document discusses microprocessors and their components and applications. It begins by defining a microprocessor as an integrated circuit capable of carrying out computer program instructions by receiving, interpreting, and executing actions. It then describes how microprocessors act as the "brain" of a device by communicating with other parts to control functions like output display. The document outlines the typical components of a microprocessor including the CPU, cache memory, decoder, arithmetic logic unit, and control unit. It lists some common applications and types of microprocessors including uses in PCs, instrumentation, control, and communication. It also addresses that while PCs can use dual-core chips, only one microprocessor can be used in a computer due to control and speed limitations
Role Of Com
Computers play an essential role in nearly every aspect of modern life. They are used widely in education, business, healthcare, and at home. In education, computers enable distance learning through online classes and lectures and facilitate online exams. Businesses rely on computers for marketing, managing stock exchanges, and networking with clients. In healthcare, computers are used for hospital management, storing patient health histories, monitoring patients, and aiding in diagnosis and treatment. At home, computers allow people to manage budgets, work remotely, access information online, and communicate with others. While computers have disadvantages like enabling cybercrime, the benefits of their speed, accuracy and widespread applications outweigh the downsides.
Applications of computer
Computers are used in many fields including education, business, engineering, manufacturing, healthcare, banking, government and at home. They are used for research, record keeping, data entry, sales, product design, banking transactions, medical records, email, payroll processing and more. Computers allow individuals and organizations to be more efficient and productive across many important tasks and industries.
Computer definition
This document outlines the learning outcomes and objectives of a course to prepare students to work in hardware servicing. It introduces topics like PC operation, Microsoft applications, and assessing and maintaining the quality of one's work. Additional modules will cover preparing and using hand tools, terminating electrical wiring, installing and diagnosing computer systems, and understanding basic computer components and functions. The overall goal is to provide skills training and experience to feel confident providing hardware support services.
COMPUTER - TYPES, USES, ADVANTAGES & DISADVANTAGES
Description of a Computer, Types of a Computer, Advantage, and Disadvantages of a Computer and Uses of a commputer
Introduction of computer
The document introduces computers and their components. It defines a computer as an electronic machine that can accept input, process data, and output results. It provides the full form of "computer" and lists some key advantages such as speed, accuracy, data storage, online education, research, employment, and business uses. Some disadvantages mentioned include potential health issues, risks of viruses and hacking, inability to make independent decisions, negative environmental effects, inability to self-repair, cyber crimes, and data/information violations.
Artificial Intelligence Presentation
The document discusses artificial intelligence (AI), including definitions of AI, goals of AI like creating expert systems and implementing human intelligence in machines. It provides examples of AI like Siri, Alexa, Tesla. It also discusses current and future status of AI, advantages like less errors and faster decisions, disadvantages like high costs and unemployment. It summarizes AI tools like Amazon Web Services, AI-One, Deep Learning4J, Apache Mahout, Open Neural Networks Library. Finally, it discusses types of computing environments like personal, time sharing, client server, distributed, grid and cluster computing.
Application Of Computers
The document discusses the various applications of computers in different sectors of society. Computers are used in businesses like banks with automatic teller machines. In engineering, computers help engineers with their work. Computers are also used in government settings like hospitals. At home, computers can be used for entertainment purposes like playing games. Computers assist with manufacturing and are found in schools for activities such as computer-aided instruction. They also aid scientific work such as simulating cell division.
Basics of computer science
Computer science involves developing software and hardware that is used across many industries to streamline processes, increase security, and more. The field is important because computers are now integral parts of companies and daily life. Computer scientists work on programs, apps, games, and modeling that impact websites, smartphones, manufacturing, economics and government. Studying computer science offers a high paying job outlook, with average salaries for graduates around $59,221 according to CNN Money. Those interested should enjoy working with computers logically, in teams, and across industries.
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COMPUTER - TYPES, USES, ADVANTAGES & DISADVANTAGES
COMPUTER - TYPES, USES, ADVANTAGES & DISADVANTAGES
Viewers also liked
Navigating the Asian Textile and Garment Supply Chain - Screen - April 2015
This document discusses trends in the Asian textile and garment supply chain and their implications for Australian retailers. It finds that:
1. Chinese manufacturers are facing declining profitability due to rising wages and costs. They are implementing strategies like relocating production to lower-cost countries, focusing on fast fashion, shifting to higher-margin products, and vertical integration. These strategies will have varying impacts on Australian retailers.
2. Most Australian retailers now directly source products from overseas instead of through wholesalers. This has increased their profit margins but also their exposure to foreign exchange volatility. In a lower Australian dollar environment, over 70% of direct sourcing retailers could become unprofitable without price increases or cost cuts.
Supply chain management of ZARA
Zara is a large Spanish clothing retailer known for its rapid fashion production model. It changes designs every 2 weeks compared to competitors' 2 months. Zara uses agents to scout trends and sends sketches to factories within 6 hours for production. Its infrastructure allows finishing goods to reach stores in 4-5 weeks. This rapid supply chain and production flexibility allows Zara to meet constantly changing fashion demands.
Supply Chain Management
The document discusses supply chain management. It defines a supply chain as the system involved in moving products from suppliers to customers, including organizations, activities, and resources. Supply chain management involves planning, implementing, and controlling supply chain operations to efficiently meet customer demands. It encompasses sourcing, procurement, production, and logistics management as well as coordination with supply chain partners. The goals of efficient supply chain management are revenue growth, better asset utilization, and cost reduction.
Zara Final Presentation
The document outlines Zara's fast fashion business model and supply chain operations, which focuses on rapid design, production, and distribution of new fashion items to stores within weeks in order to stay on top of constantly changing trends, allowing Zara to maintain its competitive advantage over rivals with shorter inventory turnovers and product lifecycles. Zara's centralized operations and extensive use of data and technology allows it to quickly respond to demand changes through flexible procurement, production planning, and high-velocity logistics. This responsive supply chain model has supported Zara's global expansion to over 1700 stores in 78 countries while continually renewing its inventory with around 11,
Supply Chain Management of ZARA
This document discusses Zara's supply chain and how it contributes to the company's success. It provides details on Zara's vertically integrated supply chain model, which allows it to bring designs to stores in just 2-3 weeks compared to the industry average of 6-9 months. Key aspects of Zara's supply chain include local sourcing, fast production times, mass customization, and using IT to share information. This vertical integration model helps Zara increase revenue through more fashionable and scarce products, while decreasing costs through factors like lower transportation and inventory costs.
Supply Chain Management in the Motor Vehicle Industry, the Example of Mini.
The powerpoint presentation based on my dissertation. It is much less complete than the dissertation itself, as the presentation must only last 3 minutes.
Please feel free to leave any comment or suggestion !
Case study Zara
Zara is a Spanish clothing retailer known for its rapid production of new designs to match emerging fashion trends. It operates over 1,700 stores worldwide and launches around 10,000 new designs each year, getting products to stores in just two weeks compared to the industry average of six months. Zara's supply chain and production model allows it to be more responsive to trends and offer a wider variety of fashionable products at affordable prices. It has experienced rapid international expansion and growth over the past few decades to become one of the largest and most profitable clothing retailers globally.
Supply Chain Management
A supply chain is the network of organizations involved in producing and delivering a product, from raw materials to the end customer. It includes upstream suppliers, internal production and packaging, and downstream distribution centers and retailers. Effective supply chain management coordinates activities across this network to optimize material, information and financial flows. Key goals are reducing costs and uncertainties while improving customer service. Modern supply chains leverage information technology to facilitate coordination and information sharing among partners.
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Navigating the Asian Textile and Garment Supply Chain - Screen - April 2015
Navigating the Asian Textile and Garment Supply Chain - Screen - April 2015
Supply Chain Management in the Motor Vehicle Industry, the Example of Mini.
Supply Chain Management in the Motor Vehicle Industry, the Example of Mini.
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Rajesh Roshan is a 6th semester student studying Electronics and Communication Engineering at the National Institute of Technology, Patna. His document discusses automation, including definitions of automation, trends in automation like remote monitoring, smart grids, home automation, and medical automation. It also discusses areas of automation like IOT, home automation, automobile automation, and robotics. Rajesh expresses particular interest in home automation using IOT and Raspberry Pi, as well as automobile automation, swarm robotics, and security systems based on embedded projects.
What if Things Start to Think - Artificial Intelligence in IoT
Artificial intelligence will be functionally necessary to wield the vast number of connected “things” online, and will be even more important in making sense of an almost endless sea of data streamed in from these devices.
Introduction to Internet of Things
This document discusses the Internet of Things (IoT). It begins with definitions and examples of IoT, describing how physical devices collect and transmit data via sensors to cloud services for analysis and to provide information to smart devices. It then discusses the components that make up an IoT system including sensors, connectivity between devices and the cloud, and consumers or smart devices. The document also compares IoT to machine-to-machine communication (M2M) and provides examples of IoT applications. It introduces the Torrentio platform for building IoT applications without programming and discusses upcoming developments in IoT technologies and potential next steps like starting a DIY project.
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THE INTERNET OF THINGS is a unique system of connected objects that can collect, process, and transfer data with the help of wireless networks without the assistance of humans. The main challenge with IoT testing is the fact that it covers many industries and use cases, with massive cross-platform deployment of embedded technologies. Many alliances are trying to create a single protocol to allow all global devices to communicate with each other, yet, there are still many standards one can choose from. The devices can rely on Zigbee, Thread, Bluetooth Mesh, or Wi-Fi. as well as LoRa, or others and the more standards, the more challenging it is to do proper testing.
Experts predict there will be 41 billion IoT devices by 2027, with another 127 devices connected every second. That’s a lot of things. With the proliferation of IoT devices, connected device testing has become more important than ever. As is the case with any product connected or not it’s always good to thoroughly test it to ensure any issues won’t adversely impact the performance of the rest of the system. Testing brings predictability to the system and reveals any potentially harmful bugs, ensuring the device meets a high standard of quality and the expectations of end users.
Beekman5 std ppt_17
1. The document discusses emerging trends and innovations in information technology that will shape the future, including faster and more efficient hardware, advanced software and interfaces, intelligent software agents, and ubiquitous computing integrated into everyday tools and environments.
2. It also explores how nanotechnology, artificial life, and the convergence of information technology with biology may further transform society through microscopic machines, synthetic organisms, and enhancements to human abilities.
3. The future of information technology raises important questions about privacy, autonomy, and how technology can be developed and used to empower or control people.
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In this presentation, Ankit introduces SMAC and associated trends. Ankit's interest area lies in Big Data Analysis which he wants to in interesting applications in the healthcare space, one of the interesting examples he suggests is to find the correlation between treatment and cure.
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In this presentation, Vishnu introduces IoT and associated trends. Vishnu's interest area lies home automation.
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In this presentation, Shivam introduces automation and associated trends. Shivam is interested in home automation.
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In this presentation, Melissa introduces IoT and associated trends. In Melissa's own words, "I would like to work on networking related to Ipv6 and designing network architecture for IPv6 and IPv6 Dual Stack for Broadband Edge"
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The document discusses the Internet of Things (IoT) and trends related to IoT. IoT allows physical objects to connect and interact wirelessly to share information without human intervention. By 2020, IoT is expected to produce vast amounts of data that can help optimize systems and provide insights across various sectors like healthcare, transportation, and more. The author is interested in incorporating artificial intelligence with IoT to create applications that focus on environment conservation and healthcare by utilizing their programming and app development skills.
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Harmish Doshi is a student at NMIMS University studying Information Technology. He is interested in the fields of SMAC - Social, Mobile, Analytics and Cloud. SMAC creates an ecosystem that allows businesses to improve operations and connect with customers. Social media has led to new ways for businesses and individuals to connect globally. Mobility has made rich digital content easily accessible through mobile devices. Analytics is used across industries to drive growth and improve operations. Cloud computing provides cost effectiveness, agility and flexibility for enterprises. Harmish is interested in mobility, cloud and social fields to strengthen relationships between industries and consumers and make applications more user-friendly.
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In this presentation, Anil introduces automation and associated trends. Having attended workshops in automation testing space, his interest area lies in that domain.
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- 1. AutomationName :- Pushkar S. Laulkar E - mail ID :- pushkar.laulkar@yahoo.com Twiter ID :- @PushkarLaulkar University :- College Of Engineering, Pune Year/Semester :- 6th Semester Branch :- InformationTechnology
- 2. What is Automation Automation is the use of various control systems for operating equipments such as machinery, processes in factories, boilers and heat treating ovens, switching in telephone networks etc. It may also refer to the use of computers and other automated machinery for the execution of business related-tasks. Examples
- 3. More on automation Types of automation :- 1. Industrial automation 2. Numerically controlled machines 3. Flexible manufacturing systems 4. Computer - Aided manufacturing
- 4. Latest Adaptive robots The newest development is a robot that can re-learn how to walk with a broken leg in less than 2 minutes. Automated proof checking Automated proof checking is the process of using software for checking proofs for correctness. It is one of the most developed fields in automated reasoning.
- 5. Future Trends AutomobileTransportation Going Driverless :-The first wave of driverless vehicles will be luxury vehicles that allow you to kick back, listen music, have a cup of coffee, make phone calls, for substantially less than the cost of today's limos.
- 6. My interest areas :- 1. Artificial and Computational Intelligence. 2. Network and communicationTechnologies. 3.Wireless Systems. 4. Languages and protocols. 5. Cyberspace Security,Cryptography, Human Robot Interaction. How would I innovate? We could develop systems to check if in games moves are made legally by providing the systems with all the information of the moves of the games rather than judging it manually. If provided to work as an intern, I would like to work on things that would automate fault handling in machines. For example, if there is a huge data center where every time manual intervention is not possible for rectifying errors, we could deploy robots who can handle these tasks.
- 7. ThankYou