This document discusses drivers for green ICT including reducing costs and carbon emissions. It outlines some of the key issues like high energy use of desktops, servers, and printing. Solutions proposed include power management, virtualization, consolidation, procurement standards, and exemplar projects. The document also summarizes current and potential future projects focused on areas like data centers, cloud computing, thin clients, and energy reporting.
JISC and Best Practice E-Learning by Rob Bristow, JISCGoodCampus
JISC's Greening ICT Programme has several key objectives, including promoting sustainability across the higher education sector and developing best practices. The programme has produced research on carbon footprint reduction and case studies on exemplar projects. Current projects under the programme examine issues like cloud computing, video conferencing, scientific computing energy usage, and engaging users in sustainability. The programme also aims to build sustainability capacity in estates management and promote institutional transformation around procurement, curriculum delivery, and academic travel.
JISC's Green ICT Programme aims to reduce the environmental impact of the education sector through attitudinal and behavioral change, sustainable procurement, and making sustainability a key driver of sector activities. The programme intends to build a body of knowledge around green ICT, showcase exemplar projects providing best practices, and reduce the sector's carbon footprint and energy costs. Recent projects under the programme have included carbon footprinting tools, research into areas like cloud computing and video conferencing, and technical innovations at various institutions to optimize server energy use, storage, and printing.
Green ICT-Calculation of carbon footprint of an academic facilityKriti Doneria
This document summarizes a project calculating the carbon footprint of an academic facility (Galgotias University). It includes an introduction describing the importance of calculating carbon footprints and reducing greenhouse gas emissions from ICT. The problem statement defines what a carbon footprint is and why it is important to calculate the footprint of an academic facility. The methodology section describes how the project will survey users of a web application to continuously update and refine the average carbon footprint calculated for the university based on its data set. The related works section briefly discusses similar carbon footprint calculation projects conducted at other universities.
Human Networking: a University, High School & Industry PartnershipKenneth Ronkowitz
NJIT is providing staff to help manage the Science Park High School instructional technology network, and provide faculty instructional support. This presentation examines NJIT's vision of a high school, industry and university collaboration that it believes will positively affect the pedagogy of both schools.
This document proposes a "Consolidate, Virtualize and Energize" project to reduce energy consumption and costs across the 32 colleges and universities in the Minnesota State Colleges and Universities system through server virtualization, reducing underutilized computer terminals, incorporating alternative energy sources, expanding online classes, and educating staff on green technologies. The project aims to reduce energy usage by 5% in the first phase and 10% upon completion in 2016. Key steps include consolidating data centers, implementing virtualization, purchasing energy efficient equipment, and raising awareness of energy consumption among students, faculty and staff.
Eco-Efficient and ‘Green’ IT in Education BETT Show 2010VeryPC
This document discusses green IT and eco-efficient computing. It introduces Peter Hopton as an expert in green IT and his company VeryPC. VeryPC produces energy efficient desktop PCs in the UK with patented technology. The document defines green IT and discusses factors like energy efficiency, hazardous materials content, recyclability and lifespan. It outlines UK government policies promoting green IT procurement standards. VeryPC products like the BroadLeaf desktop aim to be highly energy efficient and contain no toxic materials like BFRs or PVC. The document also discusses shared client technology and the PecoBoo power management feature.
The document provides an agenda for a conference on cloud and shared service solutions. The agenda includes introductions and presentations from various speakers on topics like the importance of cloud and shared services, factors in choosing internal vs external options, tools for supporting cloud adoption decisions, understanding the full costs and benefits of internal and external IT solutions, shared services for ICT infrastructure, and options and key factors for assessing cloud and shared services. The final presentation is on cloud and shared IT services for universities from experiences in the Netherlands.
This document discusses drivers for green ICT including reducing costs and carbon emissions. It outlines some of the key issues like high energy use of desktops, servers, and printing. Solutions proposed include power management, virtualization, consolidation, procurement standards, and exemplar projects. The document also summarizes current and potential future projects focused on areas like data centers, cloud computing, thin clients, and energy reporting.
JISC and Best Practice E-Learning by Rob Bristow, JISCGoodCampus
JISC's Greening ICT Programme has several key objectives, including promoting sustainability across the higher education sector and developing best practices. The programme has produced research on carbon footprint reduction and case studies on exemplar projects. Current projects under the programme examine issues like cloud computing, video conferencing, scientific computing energy usage, and engaging users in sustainability. The programme also aims to build sustainability capacity in estates management and promote institutional transformation around procurement, curriculum delivery, and academic travel.
JISC's Green ICT Programme aims to reduce the environmental impact of the education sector through attitudinal and behavioral change, sustainable procurement, and making sustainability a key driver of sector activities. The programme intends to build a body of knowledge around green ICT, showcase exemplar projects providing best practices, and reduce the sector's carbon footprint and energy costs. Recent projects under the programme have included carbon footprinting tools, research into areas like cloud computing and video conferencing, and technical innovations at various institutions to optimize server energy use, storage, and printing.
Green ICT-Calculation of carbon footprint of an academic facilityKriti Doneria
This document summarizes a project calculating the carbon footprint of an academic facility (Galgotias University). It includes an introduction describing the importance of calculating carbon footprints and reducing greenhouse gas emissions from ICT. The problem statement defines what a carbon footprint is and why it is important to calculate the footprint of an academic facility. The methodology section describes how the project will survey users of a web application to continuously update and refine the average carbon footprint calculated for the university based on its data set. The related works section briefly discusses similar carbon footprint calculation projects conducted at other universities.
Human Networking: a University, High School & Industry PartnershipKenneth Ronkowitz
NJIT is providing staff to help manage the Science Park High School instructional technology network, and provide faculty instructional support. This presentation examines NJIT's vision of a high school, industry and university collaboration that it believes will positively affect the pedagogy of both schools.
This document proposes a "Consolidate, Virtualize and Energize" project to reduce energy consumption and costs across the 32 colleges and universities in the Minnesota State Colleges and Universities system through server virtualization, reducing underutilized computer terminals, incorporating alternative energy sources, expanding online classes, and educating staff on green technologies. The project aims to reduce energy usage by 5% in the first phase and 10% upon completion in 2016. Key steps include consolidating data centers, implementing virtualization, purchasing energy efficient equipment, and raising awareness of energy consumption among students, faculty and staff.
Eco-Efficient and ‘Green’ IT in Education BETT Show 2010VeryPC
This document discusses green IT and eco-efficient computing. It introduces Peter Hopton as an expert in green IT and his company VeryPC. VeryPC produces energy efficient desktop PCs in the UK with patented technology. The document defines green IT and discusses factors like energy efficiency, hazardous materials content, recyclability and lifespan. It outlines UK government policies promoting green IT procurement standards. VeryPC products like the BroadLeaf desktop aim to be highly energy efficient and contain no toxic materials like BFRs or PVC. The document also discusses shared client technology and the PecoBoo power management feature.
The document provides an agenda for a conference on cloud and shared service solutions. The agenda includes introductions and presentations from various speakers on topics like the importance of cloud and shared services, factors in choosing internal vs external options, tools for supporting cloud adoption decisions, understanding the full costs and benefits of internal and external IT solutions, shared services for ICT infrastructure, and options and key factors for assessing cloud and shared services. The final presentation is on cloud and shared IT services for universities from experiences in the Netherlands.
Data Warehouse Structure for Energy Monitoring System Towards Campus Sustaina...ijtsrd
"ICT gadgets are turning out to be increasingly widespread in all parts of human life. ICT devours energy, additionally a significant method for sparing energy. In a university campus, it is not unusual for students to own and use more than one gadgets for personal or academic purpose. Conservatively, it has done as such by making energy using systems performance faster. Taking into contrast the worldwide emphasis of the effect of energy consumption in general, there is a developing focus to the power utilization connected with ICT hardware. This work is designed to calculate energy consumption for ICTs and to show analyzed reports and charts for top managers. To accomplish the research, the author needs to depend on the methodology that permitted us to address ways in which energy can be calculated. In regard to the research, we proposed a program that will calculate total cost of ICT devices used, show charts and reports and store these devices in the database. Precious Oaseru Johnson | Precious Oaseru Johnson | Manimala Veeraiyah | Tee Kiam Khai ""Data Warehouse Structure for Energy Monitoring System Towards Campus Sustainability"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Special Issue | International Conference on Advanced Engineering and Information Technology , November 2018, URL: https://www.ijtsrd.com/papers/ijtsrd19152.pdf
Paper URL: https://www.ijtsrd.com/engineering/computer-engineering/19152/data-warehouse-structure-for-energy-monitoring-system-towards-campus-sustainability/precious-oaseru-johnson"
This document discusses the performance gap that often exists between the expected and actual energy performance of green buildings. Design does not always match reality due to factors like inadequate commissioning, improper lighting levels and controls, and poor fabric performance. The Technology Strategy Board studied over 100 new-build and refurbished buildings and found common issues that contributed to energy performance falling short of predictions. Measuring actual building performance through tools like TM46 and CarbonBuzz can help identify performance gaps and ensure that green buildings are not only designed to be efficient but are also delivered that way.
Plugging into the Smart Grid: How College and Universities Can Get InvolvedMieko Ozeki
prepared and presented by Mieko A. Ozeki, Sustainability Projects Coordinator, at the Northeast Campus Sustainability Consortium Conference on April 2, 2012 at Syracuse University.
The Software Sustainability Institute (SSI) provides services to help research groups sustain their software over the long term. It collaborates with groups in various fields to improve key software through advice, training, and partnerships. Case studies describe projects in fields like fusion energy, climate modeling, geospatial data, and computational chemistry. The SSI aims to promote best practices and change perceptions so software is recognized as a valuable long-term asset, not just for initial research. Sustaining software requires support for both technical aspects and community engagement over decades.
Dr. Dr.h.c. Monika Lehnhardt - Scalability of postoperative careMonika Lehnhardt PhD
The document discusses the need to scale post-operative care for cochlear implant (CI) recipients given rising global populations and numbers of CI candidates. It notes increasing indications for CIs and greater access to information is driving more demand. Maintaining the current care model is unrealistic due to lack of trained personnel and costs. The solution proposed is to fundamentally change the care delivery system by applying scalability principles like online registration, remote consultations, digital upgrades and conferences to free up experts' time for more personalized care. Implementing scalable processes and services can help concentrate human resources on empathy and discussion to improve treatment levels.
This document discusses Dell's efforts towards building a circular economy and reducing electronic waste. It provides details on Dell's closed-loop plastics supply chain which recycles plastic parts and has saved over $1 million in costs. The document calls for increasing recycling and recovery rates globally, advancing design for reparability and expanding take-back infrastructure in developing regions to further the circular economy goals. Dell plans to source 16,000 pounds of ocean plastics to create packaging trays, demonstrating its commitment to reversing environmental damage from plastic waste.
The document discusses the Integrated Electronics Manufacturing Research Centre (IeMRC), which conducts research to support the UK electronics manufacturing sector. The IeMRC is funded through the EPSRC's Innovative Manufacturing Research Centre Programme and involves collaboration between academia and industry. It provides funding for various electronics manufacturing research projects and engages with industry through activities like workshops, conferences, and an Industrial Steering Group. The document outlines IeMRC's structure, funded projects, research themes, and plans for its next phase of work.
The document proposes the "Triple E Combination Park" that provides Education, Exercise, and Electricity. It would harness energy from playground equipment to generate electricity and use this to power lights for night study. The parks would partner with engineers, manufacturers, and politicians. Revenue would come from park project fees and electricity sales. The goal is to revitalize parks while empowering communities and the environment.
The document summarizes a project between the US Department of Energy, Illinois Institute of Technology, and other partners to implement a perfect power and local area measurement system at IIT. The project aimed to address power outages costing up to $500k annually by installing new infrastructure and monitoring equipment with a $12M investment. Key benefits included improved reliability and safety, lower energy costs, deferred infrastructure upgrades, and reduced carbon footprint through better energy management enabled by the new measurement and monitoring system.
This document summarizes a research project on reducing human-computer power consumption at UC Irvine through the implementation of smart grid and photovoltaic technologies. There are several computer labs on campus that currently use a significant amount of power due to computers being left on when not in use. The researchers propose using smart grid technology powered by photovoltaic solar panels to more efficiently distribute and monitor energy usage. While this could help reduce energy consumption and costs, some concerns are raised about the environmental impacts of building necessary infrastructure for photovoltaic and smart grid systems. The researchers conclude that smart grid technology may effectively complement sustainability efforts if it allows for minimized and optimized distribution of renewable energy.
Princeton University - Collaboration Accelerates InnovationMelissa DeFreest
Director, Corporate Engagement and Foundation Relations at Princeton University, Coleen Burrus discussed Princeton's strategy of collaborating with community partners to increase engagement and further innovation. The event was hosted by Somerset County Business Partnership.
On 4/14/10 at the 2010 TU Showcase Dr. Martha Connolly, Director, Maryland Industrial Partnerships, highlighted programs and funding available for University-Industry collaborations
The document discusses the formation and purpose of an IEEE Vehicular Technology Society (VTS) chapter for the UK and Republic of Ireland region. A VTS chapter requires at least 12 supporting signatures from VTS members in the geographic area. It facilitates collaboration and events to connect members interested in mobile communications, land transportation, and vehicular electrotechnology. The UKRI VTS chapter aims to serve members through meetings with speakers, networking, and promoting members' work.
1) The document summarizes research from the Centre for Communication Systems Research (CCSR) at the University of Surrey on improving the energy efficiency of 5G networks.
2) Key areas discussed include adaptive clustering algorithms, coordinated multipoint transmission, and the tradeoff between energy and spectral efficiency.
3) Results showed that adaptive clustering can minimize energy waste for users not helped by cooperation, and virtual MIMO systems can outperform non-cooperative systems but require more energy for cooperation.
The document discusses technology today and opportunities for the future. It notes that current technologies include smart phones, online services, communication networks and renewable energy. It states that technology can enhance quality of life by reducing costs, pain, and resource depletion while optimizing resources. The document outlines several cutting edge technologies like nanotechnology, green tech, new materials, robotics, 3D printing and cloud computing. It predicts the most impact will be in manufacturing, transport, healthcare, education and other domains.
The Grid-Smart Technology Application and Resource Center (GridSTAR) is a facility that accelerates the adoption of smart grid, renewable energy, and energy efficiency technologies through education, workforce development, research and development, demonstrations, and certification. It offers professional courses, workshops, tours, and hands-on training programs. It also conducts collaborative research projects involving microgrids, energy storage, demand response, and other emerging technologies. GridSTAR has successfully deployed an energy storage pilot project and hosts an immersive leadership program for students focused on sustainable energy and business.
Rob bristow space utilisation birmingham 24 aug 2011Rob Bristow
JISC's Green ICT Programme aims to reduce the carbon footprint and costs of UK higher and further education through more sustainable information and communication technology practices. It seeks to embed green attitudes across the sector, develop new sustainable procurement approaches, and position sustainability as a key driver of sector activities. The program also aims to generate expertise on green ICT, showcase exemplar projects, and ultimately lower the sector's carbon emissions and energy costs while improving its reputation as sustainability leaders.
Data Warehouse Structure for Energy Monitoring System Towards Campus Sustaina...ijtsrd
"ICT gadgets are turning out to be increasingly widespread in all parts of human life. ICT devours energy, additionally a significant method for sparing energy. In a university campus, it is not unusual for students to own and use more than one gadgets for personal or academic purpose. Conservatively, it has done as such by making energy using systems performance faster. Taking into contrast the worldwide emphasis of the effect of energy consumption in general, there is a developing focus to the power utilization connected with ICT hardware. This work is designed to calculate energy consumption for ICTs and to show analyzed reports and charts for top managers. To accomplish the research, the author needs to depend on the methodology that permitted us to address ways in which energy can be calculated. In regard to the research, we proposed a program that will calculate total cost of ICT devices used, show charts and reports and store these devices in the database. Precious Oaseru Johnson | Precious Oaseru Johnson | Manimala Veeraiyah | Tee Kiam Khai ""Data Warehouse Structure for Energy Monitoring System Towards Campus Sustainability"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Special Issue | International Conference on Advanced Engineering and Information Technology , November 2018, URL: https://www.ijtsrd.com/papers/ijtsrd19152.pdf
Paper URL: https://www.ijtsrd.com/engineering/computer-engineering/19152/data-warehouse-structure-for-energy-monitoring-system-towards-campus-sustainability/precious-oaseru-johnson"
This document discusses the performance gap that often exists between the expected and actual energy performance of green buildings. Design does not always match reality due to factors like inadequate commissioning, improper lighting levels and controls, and poor fabric performance. The Technology Strategy Board studied over 100 new-build and refurbished buildings and found common issues that contributed to energy performance falling short of predictions. Measuring actual building performance through tools like TM46 and CarbonBuzz can help identify performance gaps and ensure that green buildings are not only designed to be efficient but are also delivered that way.
Plugging into the Smart Grid: How College and Universities Can Get InvolvedMieko Ozeki
prepared and presented by Mieko A. Ozeki, Sustainability Projects Coordinator, at the Northeast Campus Sustainability Consortium Conference on April 2, 2012 at Syracuse University.
The Software Sustainability Institute (SSI) provides services to help research groups sustain their software over the long term. It collaborates with groups in various fields to improve key software through advice, training, and partnerships. Case studies describe projects in fields like fusion energy, climate modeling, geospatial data, and computational chemistry. The SSI aims to promote best practices and change perceptions so software is recognized as a valuable long-term asset, not just for initial research. Sustaining software requires support for both technical aspects and community engagement over decades.
Dr. Dr.h.c. Monika Lehnhardt - Scalability of postoperative careMonika Lehnhardt PhD
The document discusses the need to scale post-operative care for cochlear implant (CI) recipients given rising global populations and numbers of CI candidates. It notes increasing indications for CIs and greater access to information is driving more demand. Maintaining the current care model is unrealistic due to lack of trained personnel and costs. The solution proposed is to fundamentally change the care delivery system by applying scalability principles like online registration, remote consultations, digital upgrades and conferences to free up experts' time for more personalized care. Implementing scalable processes and services can help concentrate human resources on empathy and discussion to improve treatment levels.
This document discusses Dell's efforts towards building a circular economy and reducing electronic waste. It provides details on Dell's closed-loop plastics supply chain which recycles plastic parts and has saved over $1 million in costs. The document calls for increasing recycling and recovery rates globally, advancing design for reparability and expanding take-back infrastructure in developing regions to further the circular economy goals. Dell plans to source 16,000 pounds of ocean plastics to create packaging trays, demonstrating its commitment to reversing environmental damage from plastic waste.
The document discusses the Integrated Electronics Manufacturing Research Centre (IeMRC), which conducts research to support the UK electronics manufacturing sector. The IeMRC is funded through the EPSRC's Innovative Manufacturing Research Centre Programme and involves collaboration between academia and industry. It provides funding for various electronics manufacturing research projects and engages with industry through activities like workshops, conferences, and an Industrial Steering Group. The document outlines IeMRC's structure, funded projects, research themes, and plans for its next phase of work.
The document proposes the "Triple E Combination Park" that provides Education, Exercise, and Electricity. It would harness energy from playground equipment to generate electricity and use this to power lights for night study. The parks would partner with engineers, manufacturers, and politicians. Revenue would come from park project fees and electricity sales. The goal is to revitalize parks while empowering communities and the environment.
The document summarizes a project between the US Department of Energy, Illinois Institute of Technology, and other partners to implement a perfect power and local area measurement system at IIT. The project aimed to address power outages costing up to $500k annually by installing new infrastructure and monitoring equipment with a $12M investment. Key benefits included improved reliability and safety, lower energy costs, deferred infrastructure upgrades, and reduced carbon footprint through better energy management enabled by the new measurement and monitoring system.
This document summarizes a research project on reducing human-computer power consumption at UC Irvine through the implementation of smart grid and photovoltaic technologies. There are several computer labs on campus that currently use a significant amount of power due to computers being left on when not in use. The researchers propose using smart grid technology powered by photovoltaic solar panels to more efficiently distribute and monitor energy usage. While this could help reduce energy consumption and costs, some concerns are raised about the environmental impacts of building necessary infrastructure for photovoltaic and smart grid systems. The researchers conclude that smart grid technology may effectively complement sustainability efforts if it allows for minimized and optimized distribution of renewable energy.
Princeton University - Collaboration Accelerates InnovationMelissa DeFreest
Director, Corporate Engagement and Foundation Relations at Princeton University, Coleen Burrus discussed Princeton's strategy of collaborating with community partners to increase engagement and further innovation. The event was hosted by Somerset County Business Partnership.
On 4/14/10 at the 2010 TU Showcase Dr. Martha Connolly, Director, Maryland Industrial Partnerships, highlighted programs and funding available for University-Industry collaborations
The document discusses the formation and purpose of an IEEE Vehicular Technology Society (VTS) chapter for the UK and Republic of Ireland region. A VTS chapter requires at least 12 supporting signatures from VTS members in the geographic area. It facilitates collaboration and events to connect members interested in mobile communications, land transportation, and vehicular electrotechnology. The UKRI VTS chapter aims to serve members through meetings with speakers, networking, and promoting members' work.
1) The document summarizes research from the Centre for Communication Systems Research (CCSR) at the University of Surrey on improving the energy efficiency of 5G networks.
2) Key areas discussed include adaptive clustering algorithms, coordinated multipoint transmission, and the tradeoff between energy and spectral efficiency.
3) Results showed that adaptive clustering can minimize energy waste for users not helped by cooperation, and virtual MIMO systems can outperform non-cooperative systems but require more energy for cooperation.
The document discusses technology today and opportunities for the future. It notes that current technologies include smart phones, online services, communication networks and renewable energy. It states that technology can enhance quality of life by reducing costs, pain, and resource depletion while optimizing resources. The document outlines several cutting edge technologies like nanotechnology, green tech, new materials, robotics, 3D printing and cloud computing. It predicts the most impact will be in manufacturing, transport, healthcare, education and other domains.
The Grid-Smart Technology Application and Resource Center (GridSTAR) is a facility that accelerates the adoption of smart grid, renewable energy, and energy efficiency technologies through education, workforce development, research and development, demonstrations, and certification. It offers professional courses, workshops, tours, and hands-on training programs. It also conducts collaborative research projects involving microgrids, energy storage, demand response, and other emerging technologies. GridSTAR has successfully deployed an energy storage pilot project and hosts an immersive leadership program for students focused on sustainable energy and business.
Rob bristow space utilisation birmingham 24 aug 2011Rob Bristow
JISC's Green ICT Programme aims to reduce the carbon footprint and costs of UK higher and further education through more sustainable information and communication technology practices. It seeks to embed green attitudes across the sector, develop new sustainable procurement approaches, and position sustainability as a key driver of sector activities. The program also aims to generate expertise on green ICT, showcase exemplar projects, and ultimately lower the sector's carbon emissions and energy costs while improving its reputation as sustainability leaders.
Briefing on the TENET provided Vidyo Videoconferencing platform for South African Higher Education and Research. Describes the service and the ways to access it.
JISC Delta Project (University of Bradford)Rob Bristow
Russell Smith discusses using dashboards to monitor and reduce energy usage at university buildings. Dashboards need to provide usable and meaningful information to non-technical users. A pilot program installed energy meters in two large teaching labs over the summer and collected baseline data without informing staff. Dashboards will be designed with user input to display simple and easy to understand information about energy usage and savings in the labs.
Energy dashboards & change programmes ja 140611bRob Bristow
The document discusses Manchester University's Carbon Credit Scheme, which aims to reduce carbon emissions by providing building occupants easy-to-understand data on utility consumption and the effects of their actions. The initial phase will publish online electricity consumption data for all buildings starting in August 2011. Future phases will expand the data to include other utilities and explore financial incentives to encourage further reductions. The scheme is coordinated by a working group and aims to engage occupants to work with estates management on carbon reduction initiatives.
The document discusses several projects from the JISC Greening ICT Programme meeting in March 2011. It summarizes multiple research and technical innovation projects aimed at reducing the environmental impact of information and communication technologies. Projects focused on areas like virtual conferencing to reduce travel, monitoring energy usage of data centers and computing resources, and developing applications and tools to engage users in reducing energy consumption.
Short presentation to AIMS (African Institute for Mathematical Sciences) hosted conference. The presentation deals with planning for a South African NREN provided video-conferencing service
Sr tech sector, space and expansion - april 7, 2014 1joemazzei
This document discusses the need for affordable space to support the growth of Toronto's important tech sector. It notes that Toronto's tech sector is a major employer and economic driver but that startups and growing firms need affordable office space to stay in Toronto as they expand. It outlines several city initiatives to support the tech sector through partnerships and incentives that encourage private sector investment in space for tech entrepreneurs and firms. The document recommends that the city continue efforts to strengthen the tech sector ecosystem and foster conditions for companies to obtain affordable space locally as they grow.
This report summarizes initiatives by the City of Toronto and private sector to strengthen the technology sector through collaboration. It highlights efforts to connect subsectors and stakeholders, facilitate entrepreneurship and job growth, and expand the talent pool. Key activities include networking events, conferences, and partnerships to attract investment, retain talent, and help startups access financing and space. While Toronto has strong tech growth, sustained success requires ongoing efforts in talent development, supporting small businesses, and promoting Toronto globally.
A profile of the Toronto ICT Cluster and the Silicon Valley & Waterloo ICT Clusters, along with infrastructure, news, events, and marketing activities.
The ICT sector is a major industry in Toronto, employing over 175,000 workers and generating $52 billion annually. It faces challenges retaining small innovative firms and ensuring an adequate talent supply. The city supports the sector through initiatives partnering with industry to attract talent, increase affordable space, and support start-ups and incubators. A strong ICT sector is critical to Toronto's economic success.
The document discusses the Waterloo ICT cluster in Ontario, Canada. It provides background information on what defines a cluster. It then details the major ICT clusters including Waterloo, Silicon Valley, Toronto, New York, and Boston. It provides statistics on Waterloo's sector focus in high tech, automotive, advanced manufacturing, business/financial, and biotech. It outlines the main cluster structures in Waterloo and compares it to Silicon Valley and Toronto as competitors. It concludes with recommendations to determine Waterloo's focus, provide guidance and benefits to boost the cluster in the short and long term.
This document provides an overview of Toronto's technology sector. It discusses how Toronto has emerged as a leading technology hub in North America, with over 11,500 ICT firms employing over 161,000 workers. The document outlines some of the key trends driving growth in Toronto's tech sector, including the proliferation of mobile devices and platforms, digital media, and social networking. It highlights Toronto's strengths in areas like mobile apps, digital media, and its talent pool of technology and design professionals. The document provides statistics on Toronto's ICT industry and discusses sectors like research/innovation, talent, and investment that are fueling Toronto's position as a major global technology center.
ICT CLUSTER OF CENTRAL SERBIA - (http://www.ict-cs.org) is a business association which gathers enterprises, institutions and organizations from ICT sector from the territory of Central Serbia, based in geographical centre of Serbia, in the city of Kragujevac.
ICT CLUSTER OF CENTRAL SERBIA - (http://www.ict-cs.org) is a business association which gathers enterprises, institutions and organizations from ICT sector from the territory of Central Serbia, based in geographical centre of Serbia, in the city of Kragujevac.
This document outlines several presentations on sustainability projects related to reducing carbon emissions from higher education institutions. It discusses using virtual conferencing to reduce travel, surveys of virtual meeting usage, developing tools to appraise the carbon impacts of different teaching models, and projects involving engaging building users to reduce energy consumption through an ICT interface. It also notes upcoming events like conferences and a briefing on an initiative connecting building energy data to users.
Xergy Consulting surveys the programs, standards, and metrics used to evaluate the environmental performance of data centers. What are we missing? What information do we lack to fully evaluate the greenness of clouds?
The document summarizes Oracle's commitments and initiatives related to environmental sustainability. It discusses Oracle's participation in programs like the EPA Climate Leaders program and its conservation efforts. It then outlines Oracle's philosophy of reducing, reusing and recycling. The document highlights Oracle's green data center projects and how it empowers customers with applications to measure and reduce their environmental impact.
Green networking aims to reduce the carbon footprint of information and communication technology (ICT) networks by improving energy efficiency. Key strategies include optimizing network infrastructure utilization through technologies like virtualization, improving equipment energy efficiency, and locating network resources closer to renewable energy sources. Measurement of energy savings is important to track progress towards a lower carbon "Green Network".
The next hope of future is a green computingahmad satar
Green IT (Information Technology) or Green Technology refers to the durable computing of the environment which means eco-friendly use of computers, and it’s related resources.
The document discusses green IT, which aims to minimize the negative environmental impacts of IT and use IT to address environmental issues. It describes green IT concepts like reducing waste, improving energy efficiency through practices like power management, and green IT purchasing. Various practical applications are outlined, such as product longevity, virtualization, and data center optimization. The advantages of green IT include reducing carbon emissions and energy costs, increasing data center cooling efficiency, and reducing server space needs through virtualization.
This document discusses research on Green ICT. It begins by defining Green ICT as environmentally sustainable technology and processes for designing, manufacturing, using, and disposing of ICT. It then discusses challenges like increasing energy consumption and e-waste. Current research focuses on decreasing energy usage in areas like data centers, communication networks, and computing devices. Initiatives studied include server virtualization, desktop virtualization, storage consolidation, and remote conferencing. The document concludes by calling for more Green ICT research in Mauritius, especially on awareness, energy usage, policy, asset disposal, and encouraging collaboration.
This document discusses green cloud computing. It begins by defining cloud computing and green computing, noting that cloud computing requires large data centers that consume significant energy. It then discusses how green cloud computing aims to reduce this energy usage through techniques like server virtualization and energy-aware resource allocation. Specific strategies that cloud providers and data centers are taking to improve energy efficiency are also summarized, such as geographic placement of data centers and measures to optimize cooling.
The ELCC is Egypt's leading e-learning organization that developed a plan to implement green ICT practices. It aims to reduce the environmental impact of ICT through more efficient operations, e-learning courses on green topics, and changing staff behaviors. Key initiatives included optimizing servers and cooling in the data center, enabling remote work and virtual meetings to reduce travel, setting energy saving settings for devices, and training staff on sustainability best practices. Evaluating the results, ELCC found improvements in operational efficiency, cost savings, and reduced power consumption from its green ICT efforts.
Cloud computing has the potential to improve energy efficiency through server consolidation and switching off unused servers, however, increasing internet traffic and data storage demands driven by cloud services could negate these savings; while Microsoft claims its cloud solutions reduce energy use by 30-90% compared to on-premise installations, Greenpeace argues collective cloud demand will increase CO2 emissions even with efficient data centers. The presentation analyzes the environmental sustainability of cloud computing by exploring technologies and mechanisms that support this goal as well as studies with differing views on cloud computing's impact.
Sustainable computing aims to reduce the environmental impact of computing through more efficient use of resources and the use of renewable energy sources. It involves developing systems that minimize waste, optimize performance and lifespan, and reduce carbon emissions. Key challenges include reducing the use of harmful materials in devices, high energy consumption from data usage and storage, and growing electronic waste. Researchers are exploring ways to address these through modular design, powering infrastructure with clean energy, and reuse/recycling of components and materials. Data-driven approaches also have potential to optimize resource allocation and infrastructure management to support sustainable development goals.
This document discusses how information and communication technology (ICT) accounts for approximately 2% of global carbon dioxide emissions and how the carbon footprint of the ICT sector is projected to double by 2020. It then provides various ways for businesses to adopt green IT technologies like server virtualization, cloud computing, desktop virtualization, cloud data backup and disaster recovery to reduce costs and carbon footprint by increasing efficiency and replacing physical infrastructure with virtual solutions.
The document discusses the environmental impacts of desktop computing from cradle to grave. It outlines how manufacturing requires large amounts of fossil fuels and produces toxic chemicals. Use of computers contributes to greenhouse gas emissions from electricity generation. Improper disposal of electronic waste can release toxins into the environment. The document recommends that the university develop a green purchasing policy, implement an energy conservation strategy, and run a campus awareness program to promote more sustainable computing practices.
This document is a seminar report submitted by Mr. Nikunj P. Agrawal on the topic of "Green Computing" under the guidance of Prof. V. S. Gulhane in 2010-2011. The report begins by defining green computing as the environmentally sustainable practice of computing with minimal environmental impact. It discusses various approaches to green computing like virtualization, power management, recycling, and more efficient algorithms. It provides examples of green computing implementations and discusses how individuals and organizations can work to reduce the environmental impact of computing.
Green IT refers to the efficient use of computing resources to reduce environmental impact. It has become increasingly important due to rising energy consumption from data centers and electronic devices. While adoption of green IT practices does not have to be costly, barriers include lack of management support, expertise, and clear implementation guidelines. CIOs play a key role in educating stakeholders and creating green IT plans that quantify potential cost savings. Simple practices like powering down devices after hours can reduce energy usage by 40%. Investing in more efficient equipment and data center design also helps organizations lower costs and emissions. Green IT is not a passing fad due to growing political and social pressures to address climate change.
The document discusses the relationship between internet access growth and CO2 emissions. It notes that as more devices connect to the internet and processing power increases, energy and cooling requirements rise, contributing to climate change. The document recommends technical and regulatory solutions like efficiency standards for devices and data centers. It provides examples of climate initiatives by groups like Climate Savers, ITU, and Google, who aim to reduce carbon emissions through renewable energy and more efficient computing practices.
Microsoft is committed to environmental sustainability through reducing its operational impact, leveraging technology for positive change, and partnering with others. Key strategies include making infrastructure more sustainable by optimizing buildings and data centers, empowering employees to drive workplace changes, and researching new solutions like analyzing environmental data. Microsoft also partners with organizations to expand green IT practices and find more sustainable solutions.
TENET offers African NRENs access to its Videoconferencing-as-a-Service system based on the Vidyo platform. The Vidyo system provides high quality videoconferencing that adapts well to fluctuating network conditions using multiple encoding layers. KENET and ZAMREN have already deployed Vidyo components to connect to TENET's system. This shared service allows NRENs to start small and grow their infrastructure over time without replacing existing systems. The initial costs are $10,000 per year to share TENET's licenses and $2,000 every three years for additional routing equipment.
The document provides an update on TENET's Vidyo videoconferencing service in South Africa. It summarizes the service, including free access to desktop and mobile clients, up to 100 concurrent connections, integration with directories, and support. Recent developments include expanded HD capabilities, recording/streaming, and new room systems. Future plans include native WebRTC support and improved reporting. The service aims to enable collaboration across South African higher education and research.
Rob bristow tenet v-c workshop - keynoteRob Bristow
Keynote presentation to TENET hosted gathering of key decision makers in South African higher education institutions and research organisations, as well as other stakeholders
Bridging the gap - The use of Video-conferencing to support higher educationRob Bristow
This document discusses video conferencing and its use in higher education. It begins with introductions and an overview of video enabled collaboration technologies. It then discusses issues with traditional conferencing and what is needed to improve usage. There is discussion of the changing conferencing landscape including emerging trends like cloud services and software endpoints. Specific examples of doctoral networks in the UK using video conferencing are provided. A new V-Scene conferencing service launching in the UK in July 2014 is outlined. The document concludes with considerations for what technologies to use based on needs and available options.
The document discusses two research projects at De Montfort University aimed at reducing energy consumption through information and communication technologies. The first project uses an interface to connect building users to their electricity consumption data. The second project aims to design a smartphone and web application allowing users to understand energy consumption across university buildings using augmented reality tools. Both projects seek to increase transparency around energy use and empower users to reduce consumption through access to near real-time consumption data at precise building locations.
The document describes an assembly of 303 X3D files that make up a virtual 3D model of the University of Sheffield campus containing 48 grid blocks covering over 48 hectares, 71 university buildings with 114 floors, and 38 groups of non-university buildings. It also discusses the use of spatial taxonomic modelling (STM) to model specific areas like the Jessop West and Information Commons buildings and shows them in the context of the overall campus model.
This document discusses branding and communications strategies for JISC projects. It recommends that projects acknowledge JISC funding, use the JISC logo, and communicate key messages about how projects help institutions. It provides guidance on using the JISC website, wiki, and blog to communicate project activities. The document also offers tips on creating multimedia content, organizing events, publishing materials, and distributing news items while following JISC's branding guidelines. Contact information is provided for JISC staff who can offer further advice on communications and marketing.
The document discusses challenges and opportunities for green information and communication technology (ICT) at universities. It finds that the ICT sector accounts for 2% of global CO2 emissions and that university campuses have significant energy usage and costs associated with desktop computers, servers, printers, and other ICT equipment. Regulations and standards are pushing for more sustainable practices. Green ICT agendas over the next decade aim to improve energy efficiency of data centers, desktops, and architectures through technologies like virtualization and remote processing. Further opportunities exist in areas like low-impact materials and renewable energy for data centers.
The document discusses an institutional program called the Institutional Responses to Emergent Technologies program. The one-year program aims to understand how institutions are responding to emerging technologies, including which technologies are generating interest, how responsibilities are being distributed within institutions, and challenges being faced. The program includes several pilot projects investigating engagement with emergent technologies and will synthesize findings and evaluate outcomes.
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A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
Introduction to AI for Nonprofits with Tapp NetworkTechSoup
Dive into the world of AI! Experts Jon Hill and Tareq Monaur will guide you through AI's role in enhancing nonprofit websites and basic marketing strategies, making it easy to understand and apply.
Physiology and chemistry of skin and pigmentation, hairs, scalp, lips and nail, Cleansing cream, Lotions, Face powders, Face packs, Lipsticks, Bath products, soaps and baby product,
Preparation and standardization of the following : Tonic, Bleaches, Dentifrices and Mouth washes & Tooth Pastes, Cosmetics for Nails.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.