This document discusses several initiatives in India that aim to promote education, healthcare, and economic opportunities in rural areas through the use of information and communication technologies (ICT). It describes projects like Infothela, Digital Mandi, e-Choupal, telemedicine networks, and institutional repositories that deliver information to villages using technologies like mobile devices, wireless networks, and digital libraries. The overall goal of these initiatives is to improve access to services and reduce isolation in rural communities through ICT applications that are low-cost and tailored to local needs.
- OneWorld implemented an ICT intervention in two districts in Rajasthan, India to help rural workers access information and benefits from a government employment guarantee program (MGNREGA).
- The intervention included information kiosks and handheld devices to automate worker attendance tracking, job allocation, receipt issuance, and work monitoring using biometrics. It also included a community radio program and digital knowledge platform.
- Over 8,600 workers used the services. It simplified processes like job applications, increased transparency by reducing proxy attendances, and empowered workers through improved access to information and grievance redressal mechanisms.
ICTs can be used to provide information and communication services to wide users. They facilitate collecting, storing, and analyzing information that can be transmitted electronically. Examples of ICT uses include e-governance projects in India like Gyandoot in Madhya Pradesh, which established internet kiosks to provide government services to rural citizens, reducing time, costs, and improving access to information. ICTs can also connect rural communities, support economic development through initiatives like e-Choupal, and improve education, health, and community development.
This document discusses how the internet can promote rural development through improved communication and access to information. It describes how rural communities have historically been seen as being at the "last mile" of connectivity, but argues they should instead be viewed as the "first mile" in order to prioritize expanding their access. Radio is highlighted as an important medium for reaching isolated rural communities. The role of telecenters in providing internet access in developing areas is also examined. Geographic information systems are introduced as a tool to analyze spatial data and solve real-world problems.
This document discusses the impact of information and communication technologies (ICT) and mobile technology in agriculture in Maharashtra, India. It finds that ICT has played an important role in agricultural development by allowing farmers to connect directly with research centers, universities, government agencies, markets, and weather departments to access information on inputs, practices, prices, and forecasts. This has increased farmers' incomes in Maharashtra. However, many farmers still lack access to and knowledge of these technologies. The document examines several ICT initiatives and portals in Maharashtra that provide agricultural information to farmers via websites, SMS services, and other platforms. Overall, ICT and mobile technologies are transforming agriculture by improving access to knowledge and markets for farmers in Maharashtra.
ICT IN AGRICULTURAL KNOWLEDGE MANAGEMENTKrishna Vala
The document discusses the role of information and communication technologies (ICT) in agricultural knowledge management in India. It explains that ICT can facilitate knowledge storage, retrieval, and transfer to increase the efficiency and capabilities of agricultural knowledge management. Examples of ICT tools that can be used include web portals, village knowledge centers, radio, ICT kiosks, television, the internet, and mobile phones. The document analyzes several projects that use ICT to contribute agricultural expertise and knowledge to farmers. ICT is seen as having the potential to increase Indian agriculture's competitiveness if challenges around training, relationships, infrastructure, and awareness can be addressed.
Digital India is a campaign launched by the Government of India to provide online services to citizens through improved digital infrastructure and internet connectivity. It aims to connect rural areas, improve digital literacy, and make government services available digitally. The three core frameworks are creating digital infrastructure, delivering services digitally, and improving digital literacy. The campaign focuses on providing digital infrastructure for all citizens, delivering governance and services on demand, and digitally empowering citizens. It has various pillars like expanding broadband access, increasing phone connectivity, and establishing public internet access points. The goal is to improve digital inclusion, create jobs, implement e-governance services, and empower citizens through digital technologies.
Health Care IT Legal Issues:
1. Enabling IT from Mobile Devices: mHealth, mDevices and Telemedicine.
2. Current Hot Topics in Health Care IT Contracting.
3. Medical management System Architecture.
- OneWorld implemented an ICT intervention in two districts in Rajasthan, India to help rural workers access information and benefits from a government employment guarantee program (MGNREGA).
- The intervention included information kiosks and handheld devices to automate worker attendance tracking, job allocation, receipt issuance, and work monitoring using biometrics. It also included a community radio program and digital knowledge platform.
- Over 8,600 workers used the services. It simplified processes like job applications, increased transparency by reducing proxy attendances, and empowered workers through improved access to information and grievance redressal mechanisms.
ICTs can be used to provide information and communication services to wide users. They facilitate collecting, storing, and analyzing information that can be transmitted electronically. Examples of ICT uses include e-governance projects in India like Gyandoot in Madhya Pradesh, which established internet kiosks to provide government services to rural citizens, reducing time, costs, and improving access to information. ICTs can also connect rural communities, support economic development through initiatives like e-Choupal, and improve education, health, and community development.
This document discusses how the internet can promote rural development through improved communication and access to information. It describes how rural communities have historically been seen as being at the "last mile" of connectivity, but argues they should instead be viewed as the "first mile" in order to prioritize expanding their access. Radio is highlighted as an important medium for reaching isolated rural communities. The role of telecenters in providing internet access in developing areas is also examined. Geographic information systems are introduced as a tool to analyze spatial data and solve real-world problems.
This document discusses the impact of information and communication technologies (ICT) and mobile technology in agriculture in Maharashtra, India. It finds that ICT has played an important role in agricultural development by allowing farmers to connect directly with research centers, universities, government agencies, markets, and weather departments to access information on inputs, practices, prices, and forecasts. This has increased farmers' incomes in Maharashtra. However, many farmers still lack access to and knowledge of these technologies. The document examines several ICT initiatives and portals in Maharashtra that provide agricultural information to farmers via websites, SMS services, and other platforms. Overall, ICT and mobile technologies are transforming agriculture by improving access to knowledge and markets for farmers in Maharashtra.
ICT IN AGRICULTURAL KNOWLEDGE MANAGEMENTKrishna Vala
The document discusses the role of information and communication technologies (ICT) in agricultural knowledge management in India. It explains that ICT can facilitate knowledge storage, retrieval, and transfer to increase the efficiency and capabilities of agricultural knowledge management. Examples of ICT tools that can be used include web portals, village knowledge centers, radio, ICT kiosks, television, the internet, and mobile phones. The document analyzes several projects that use ICT to contribute agricultural expertise and knowledge to farmers. ICT is seen as having the potential to increase Indian agriculture's competitiveness if challenges around training, relationships, infrastructure, and awareness can be addressed.
Digital India is a campaign launched by the Government of India to provide online services to citizens through improved digital infrastructure and internet connectivity. It aims to connect rural areas, improve digital literacy, and make government services available digitally. The three core frameworks are creating digital infrastructure, delivering services digitally, and improving digital literacy. The campaign focuses on providing digital infrastructure for all citizens, delivering governance and services on demand, and digitally empowering citizens. It has various pillars like expanding broadband access, increasing phone connectivity, and establishing public internet access points. The goal is to improve digital inclusion, create jobs, implement e-governance services, and empower citizens through digital technologies.
Health Care IT Legal Issues:
1. Enabling IT from Mobile Devices: mHealth, mDevices and Telemedicine.
2. Current Hot Topics in Health Care IT Contracting.
3. Medical management System Architecture.
This document discusses electronic thesis and dissertation (ETD) initiatives in India. It notes that nearly 300 universities and 100 R&D institutions in India grant PhD and master's degrees, with around 10,000 PhD theses accepted annually. Several universities and institutions have established ETD repositories, including IIT Kanpur, IIT Delhi, Vidyanidhi, and INFLIBNET's national union catalog of doctoral theses containing over 150,000 records. The document aims to conduct a comparative study of prominent Indian ETD repositories to analyze how they function, identify constraints, and propose a model for a national ETD repository that allows participation from all universities and institutions.
This document summarizes digitization and digital preservation activities at Addis Ababa University in Ethiopia. It outlines the university's Electronic Theses and Dissertations Repository, digitization of museum collections, mass digitization of library collections, digitization of local journals and ancient manuscripts. It describes challenges like lack of standards and a central digital projects center is proposed to coordinate activities, conduct digitization, develop instructional resources, and implement a digital repository.
Demo presented at 16th International Symposium on Electronic Theses and Dissertations ETD 2013 organized by Hongkong University Libraries, Hong Kong between 22nd September to 26th September.http://lib.hku.hk/etd2013/programme.html#23
This document analyzes how very high research universities are reacting to the rapid inflation of serial costs, known as the "serials crisis". It finds that while serial expenditures grew significantly from 2000 to 2008, the crisis is less about budget and more about access, as limited growth universities struggle to maintain resources. Data from the NCES and Carnegie Classification help understand the factors influencing university missions and library roles, and show electronic serial costs grew 616.8% while current serial costs grew 59.5%, with total expenditures up 42.5%. Private and higher spending universities increased serial costs more. The data effectively demonstrates the crisis' impact on access.
The document discusses health literacy and the role of libraries in promoting health information in India. It defines health literacy and information literacy. It recommends that libraries work with health organizations in India to help disseminate health information and address gaps in health literacy. Specifically, it suggests that libraries partner with groups to provide customized health information to underprivileged communities and support users through training and reference services.
ETDs and Open Access for Research and Development: Issues and challengesBhojaraju Gunjal
- ETDs (Electronic Theses and Dissertations) have grown enormously in recent years, with over 6 million items now available in open access repositories worldwide.
- Factors like knowledge organization systems (KOS) and discovery services have helped improve management and retrieval of ETDs, but issues around policies, metadata standards, and open access remain.
- Making ETDs openly accessible online can help research and development by increasing global awareness of universities' work, but many institutions still embargo access or do not make ETDs open at all.
- To address ongoing challenges, experts recommend developing uniform global policies modeled after the NDLTD, encouraging open access of scholarly works through institutional repositories, and providing training
Open Access Policy for Universities in India: A ProposalAnup Kumar Das
"Open Access Policy for Universities in India: A Proposal"; a presentation for the One Day National Seminar on Changing Role of Librarians in Digital Era; organized by JNU, New Delhi, India on 12th August 2014 on the occasion of 122nd Birth Anniversary of Dr S. R Ranganathan.
Electronic Theses and Dissertations in Peru: A Twelve-Year Experience and Its...Libio Huaroto
In June 2004, University of San Marcos (UNMSM, Lima, Peru) launched the first portal providing access to electronic theses and dissertations in Peru using the Cybertesis platform. This initiative marked the beginning of open access theses repositories in the country. It was followed by other higher education and research institutions, both public and private. Four years later, the Peruvian Network for Digital Theses was established. It was officially closed in December 2014.
In June 2010, Red CLARA launched LA REFERENCIA, a project funded by Banco Interamericano de Desarrollo (BID). Eight regional countries were part of this initiative: Argentina, Brazil, Chile, Colombia, Ecuador, Mexico, Peru and Venezuela. El Salvador joined it recently.
The aim of the project was to design a strategy for and an agreed framework on interoperability and scientific production management for Latin America. As of today, country members have developed national networks, each with its respective national repository portal. Repositories contain three (3) basic types of collections: master’s theses and doctoral dissertations; journal articles; and research projects.
Participant institutions in LA REFERFENCIA are SNRD (Argentina), IBICT (Brazil), RRAAE (Ecuador), COLCIENCIAS, MEN, RENATA (Colombia), CONICYT, (Chile), CBUES (El Salvador), CONACYT, CUDI (México), RENARE (Peru), and CENIT, REACCIUN (Venezuela).
Two events furthering open access to scientific research have been of key importance in Peru in the last two years; the first being the enacting of statute 30035 and its Regulations, by which the National Repository for Open Access Science and Technology was created. According to this legislation, all projects funded with public money will be openly accessible. The second event was the implementation of ALICIA (http://alicia.concytec.gob.pe), the aforementioned National Repository for Open Access Science and Technology.
ALICIA is made up of 33 repositories – 13 of them are theses and dissertation repositories; 20 are institutional ones. ALICIA contains 34,567 registration records: 9,297 of them correspond to master’s theses, and 1,906 to doctoral dissertations (ALICIA has an additional 25,270 professional theses submitted by students after completing their undergraduate studies in order to obtain a professional license granted by the Peruvian state). LA REFERENCIA offers access to 88,599 doctoral dissertations and 202,798 master’s theses.
Peruvian repositories for electronic theses and dissertations use DSpace, and have adopted the DRIVE 2.0 norms. Some institutions, like Universidad Peruana de Ciencias Aplicadas (UPC) have implemented Altmetrics indicators, showing social network activities connected to contents in theses, dissertations and journal articles.
The document summarizes previous wireless technologies including 1G, 2G, and 3G, and discusses the development of 4G technology. It describes how 4G uses OFDM and IP networking to provide faster data transmission speeds of up to 100 Mbps. The document also provides a brief introduction to 5G technology and its potential to support wireless broadband services with data rates of 20 Mbps or more.
The document discusses the Indian Electronic Theses and Dissertation (IETD) Repository called Shodhganga, which is maintained by INFLIBNET Centre. It provides an overview of Shodhganga including its structure, workflow for submission and registration process, responsibilities of INFLIBNET, universities and students. It also outlines the metadata elements used and acceptable file formats for theses submission.
1. The document discusses the evolution of cellular network generations from 1G to 5G. 1G networks introduced the concept of dividing geographic areas into cells served by base stations for frequency reuse. 2G networks digitized signals and introduced SMS. 3G brought faster internet speeds and more data services like video calls. 4G saw further increased speeds up to 1Gbps and mobile broadband. 5G is expected to converge technologies like nanotechnology and cloud computing to provide ultra-high broadband speeds and low latency wireless connectivity.
Telehealth in India: The Apollo contribution and an overview Apollo Hospitals
The universal phenomenon of urban rural health divide is particularly striking in India. We have centres of medical excellence in the metros, better than the best. However 700 million Indians, have no direct access to secondary and tertiary care as 80% of India's specialists, primarily cater to 20% of the population. Additional brick and mortar hospitals is not a viable solution, as there is an acute shortage of both funds and health care personnel. In 1999, the author among others, foresaw that it could be possible, to extend the reach of urban doctors to suburban and rural India, virtually. This article traces the author's personal experience in introducing and developing telehealth in India over the last 14 years. Simple video conferencing, has given way to eHome Visits, providing international teleconsults,13,14 tele CME programmes, deployment of internet enabled peripheral medical devices, promoting Health Literacy through eEmpowerment,18,19 multi centre Grand rounds and, virtual visits to the ICU.20–22 With 894 million mobile phones mHealth is certainly the future.23 The Pan African, SAARC, ASEAN and the Central Asia e Network projects13,14,24–29 initiated by the Govt. of India has resulted in India's health expertise, being made available to many countries virtually. With exponential growth in Information and Communication Technology (ICT), a rural tele-density of 43%,23 India may eventually show the way to achieve quality, affordable, accessible health care to everyone, anytime, anywhere making distance meaningless and Geography History, by deploying telemedicine.
Smart Information and Communication Technology (ICT) is a new holistic approach on ICT development, integration and implementation where it harmonizes with Science and Technology, to produce new products, service, enhance workflow and improve human life. With this approach it enables inclusiveness on growth and sustainability on society development, where it enables equal access to technology and its innovations by bridging the gaps on how we do ICT in the past.
ICTs can help create better cities and improve quality of life. They provide innovative solutions for managing infrastructure like buildings, traffic, energy usage, and waste. While cities offer advantages, there are large disparities between those who have access to technology and those who do not. Bridging the digital divide and ensuring access to communication and information for all urban residents can help meet rising population needs and improve lives. ICTs present opportunities if access is expanded in both rural and urban areas to connect more people.
This document proposes a solution for providing primary healthcare to rural areas of India using information and communication technologies (ICT). It discusses how sensors could be connected to laptops and mobile phones via USB to monitor vital signs. A software would acquire this health data and transmit it to doctors for prescriptions. The solution aims to make quality healthcare accessible to underprivileged rural populations by saving travel time and costs through telemedicine. It presents a model using body area networks and an embedded system with guidelines for user-centered design of healthcare software.
IT in Rural India-Opportunities and Challenges Amit Jha
1. IT in rural India provides opportunities to improve education, healthcare, and livelihoods through projects like e-Chaupal and NREGA.
2. Key challenges include lack of infrastructure and skills, but innovative models are helping bridge the digital divide through public-private partnerships and locally relevant solutions.
3. Success requires collaboration across government, private sector, and NGOs with a focus on entrepreneurship, creativity, and meeting community needs.
Without 'Digital Health for all', we can never achieve 'Healthcare for all - Universal Healthcare'. Prof. Rajendra Pratap Gupta
This article explores in depth about the current state of the digital health industry, and what the industry and the Government needs to do to transform it. We are at an inflexion point and we cannot lose any more time. We need to work together to make 'Digital Health for All' and 'Universal Digital Health' a reality to ensure 'Healthcare for all'. Without 'Digital Health for all', we can never achieve 'Healthcare for all - Universal Healthcare'. Prof. Rajendra Pratap Gupta
This document discusses using the Internet of Things (IoT) to transform healthcare systems and improve health services in rural villages. It proposes setting up basic health facilities and training local people to handle emergency health situations using IoT technologies. This could help provide healthcare access in remote villages that currently lack even basic services. The document reviews several related works discussing using mobile health applications over small wireless networks to monitor patients remotely, address privacy and security issues, and enable interoperability between connected medical devices and healthcare systems. The goal is to improve healthcare access and quality of life for rural populations through innovative applications of emerging technologies.
REIGNITING OF ESWATINI’S ECONOMY THROUGH SCIENCE & TECHNOLOGYluckysithole7
This document outlines opportunities for Eswatini to reignite its economy through adopting artificial intelligence and blockchain technology. It defines key concepts like artificial intelligence, machine learning, and blockchain. It then discusses applications of AI and blockchain in various sectors like healthcare, agriculture, transportation, and more. The document argues that for significant economic growth, Eswatini needs to increase adoption of AI-powered solutions in areas like medicine, smart farming, and financial services. It concludes that over the long term, convergence of growing data, faster networks and processing will transform society in powerful ways.
This document discusses electronic thesis and dissertation (ETD) initiatives in India. It notes that nearly 300 universities and 100 R&D institutions in India grant PhD and master's degrees, with around 10,000 PhD theses accepted annually. Several universities and institutions have established ETD repositories, including IIT Kanpur, IIT Delhi, Vidyanidhi, and INFLIBNET's national union catalog of doctoral theses containing over 150,000 records. The document aims to conduct a comparative study of prominent Indian ETD repositories to analyze how they function, identify constraints, and propose a model for a national ETD repository that allows participation from all universities and institutions.
This document summarizes digitization and digital preservation activities at Addis Ababa University in Ethiopia. It outlines the university's Electronic Theses and Dissertations Repository, digitization of museum collections, mass digitization of library collections, digitization of local journals and ancient manuscripts. It describes challenges like lack of standards and a central digital projects center is proposed to coordinate activities, conduct digitization, develop instructional resources, and implement a digital repository.
Demo presented at 16th International Symposium on Electronic Theses and Dissertations ETD 2013 organized by Hongkong University Libraries, Hong Kong between 22nd September to 26th September.http://lib.hku.hk/etd2013/programme.html#23
This document analyzes how very high research universities are reacting to the rapid inflation of serial costs, known as the "serials crisis". It finds that while serial expenditures grew significantly from 2000 to 2008, the crisis is less about budget and more about access, as limited growth universities struggle to maintain resources. Data from the NCES and Carnegie Classification help understand the factors influencing university missions and library roles, and show electronic serial costs grew 616.8% while current serial costs grew 59.5%, with total expenditures up 42.5%. Private and higher spending universities increased serial costs more. The data effectively demonstrates the crisis' impact on access.
The document discusses health literacy and the role of libraries in promoting health information in India. It defines health literacy and information literacy. It recommends that libraries work with health organizations in India to help disseminate health information and address gaps in health literacy. Specifically, it suggests that libraries partner with groups to provide customized health information to underprivileged communities and support users through training and reference services.
ETDs and Open Access for Research and Development: Issues and challengesBhojaraju Gunjal
- ETDs (Electronic Theses and Dissertations) have grown enormously in recent years, with over 6 million items now available in open access repositories worldwide.
- Factors like knowledge organization systems (KOS) and discovery services have helped improve management and retrieval of ETDs, but issues around policies, metadata standards, and open access remain.
- Making ETDs openly accessible online can help research and development by increasing global awareness of universities' work, but many institutions still embargo access or do not make ETDs open at all.
- To address ongoing challenges, experts recommend developing uniform global policies modeled after the NDLTD, encouraging open access of scholarly works through institutional repositories, and providing training
Open Access Policy for Universities in India: A ProposalAnup Kumar Das
"Open Access Policy for Universities in India: A Proposal"; a presentation for the One Day National Seminar on Changing Role of Librarians in Digital Era; organized by JNU, New Delhi, India on 12th August 2014 on the occasion of 122nd Birth Anniversary of Dr S. R Ranganathan.
Electronic Theses and Dissertations in Peru: A Twelve-Year Experience and Its...Libio Huaroto
In June 2004, University of San Marcos (UNMSM, Lima, Peru) launched the first portal providing access to electronic theses and dissertations in Peru using the Cybertesis platform. This initiative marked the beginning of open access theses repositories in the country. It was followed by other higher education and research institutions, both public and private. Four years later, the Peruvian Network for Digital Theses was established. It was officially closed in December 2014.
In June 2010, Red CLARA launched LA REFERENCIA, a project funded by Banco Interamericano de Desarrollo (BID). Eight regional countries were part of this initiative: Argentina, Brazil, Chile, Colombia, Ecuador, Mexico, Peru and Venezuela. El Salvador joined it recently.
The aim of the project was to design a strategy for and an agreed framework on interoperability and scientific production management for Latin America. As of today, country members have developed national networks, each with its respective national repository portal. Repositories contain three (3) basic types of collections: master’s theses and doctoral dissertations; journal articles; and research projects.
Participant institutions in LA REFERFENCIA are SNRD (Argentina), IBICT (Brazil), RRAAE (Ecuador), COLCIENCIAS, MEN, RENATA (Colombia), CONICYT, (Chile), CBUES (El Salvador), CONACYT, CUDI (México), RENARE (Peru), and CENIT, REACCIUN (Venezuela).
Two events furthering open access to scientific research have been of key importance in Peru in the last two years; the first being the enacting of statute 30035 and its Regulations, by which the National Repository for Open Access Science and Technology was created. According to this legislation, all projects funded with public money will be openly accessible. The second event was the implementation of ALICIA (http://alicia.concytec.gob.pe), the aforementioned National Repository for Open Access Science and Technology.
ALICIA is made up of 33 repositories – 13 of them are theses and dissertation repositories; 20 are institutional ones. ALICIA contains 34,567 registration records: 9,297 of them correspond to master’s theses, and 1,906 to doctoral dissertations (ALICIA has an additional 25,270 professional theses submitted by students after completing their undergraduate studies in order to obtain a professional license granted by the Peruvian state). LA REFERENCIA offers access to 88,599 doctoral dissertations and 202,798 master’s theses.
Peruvian repositories for electronic theses and dissertations use DSpace, and have adopted the DRIVE 2.0 norms. Some institutions, like Universidad Peruana de Ciencias Aplicadas (UPC) have implemented Altmetrics indicators, showing social network activities connected to contents in theses, dissertations and journal articles.
The document summarizes previous wireless technologies including 1G, 2G, and 3G, and discusses the development of 4G technology. It describes how 4G uses OFDM and IP networking to provide faster data transmission speeds of up to 100 Mbps. The document also provides a brief introduction to 5G technology and its potential to support wireless broadband services with data rates of 20 Mbps or more.
The document discusses the Indian Electronic Theses and Dissertation (IETD) Repository called Shodhganga, which is maintained by INFLIBNET Centre. It provides an overview of Shodhganga including its structure, workflow for submission and registration process, responsibilities of INFLIBNET, universities and students. It also outlines the metadata elements used and acceptable file formats for theses submission.
1. The document discusses the evolution of cellular network generations from 1G to 5G. 1G networks introduced the concept of dividing geographic areas into cells served by base stations for frequency reuse. 2G networks digitized signals and introduced SMS. 3G brought faster internet speeds and more data services like video calls. 4G saw further increased speeds up to 1Gbps and mobile broadband. 5G is expected to converge technologies like nanotechnology and cloud computing to provide ultra-high broadband speeds and low latency wireless connectivity.
Telehealth in India: The Apollo contribution and an overview Apollo Hospitals
The universal phenomenon of urban rural health divide is particularly striking in India. We have centres of medical excellence in the metros, better than the best. However 700 million Indians, have no direct access to secondary and tertiary care as 80% of India's specialists, primarily cater to 20% of the population. Additional brick and mortar hospitals is not a viable solution, as there is an acute shortage of both funds and health care personnel. In 1999, the author among others, foresaw that it could be possible, to extend the reach of urban doctors to suburban and rural India, virtually. This article traces the author's personal experience in introducing and developing telehealth in India over the last 14 years. Simple video conferencing, has given way to eHome Visits, providing international teleconsults,13,14 tele CME programmes, deployment of internet enabled peripheral medical devices, promoting Health Literacy through eEmpowerment,18,19 multi centre Grand rounds and, virtual visits to the ICU.20–22 With 894 million mobile phones mHealth is certainly the future.23 The Pan African, SAARC, ASEAN and the Central Asia e Network projects13,14,24–29 initiated by the Govt. of India has resulted in India's health expertise, being made available to many countries virtually. With exponential growth in Information and Communication Technology (ICT), a rural tele-density of 43%,23 India may eventually show the way to achieve quality, affordable, accessible health care to everyone, anytime, anywhere making distance meaningless and Geography History, by deploying telemedicine.
Smart Information and Communication Technology (ICT) is a new holistic approach on ICT development, integration and implementation where it harmonizes with Science and Technology, to produce new products, service, enhance workflow and improve human life. With this approach it enables inclusiveness on growth and sustainability on society development, where it enables equal access to technology and its innovations by bridging the gaps on how we do ICT in the past.
ICTs can help create better cities and improve quality of life. They provide innovative solutions for managing infrastructure like buildings, traffic, energy usage, and waste. While cities offer advantages, there are large disparities between those who have access to technology and those who do not. Bridging the digital divide and ensuring access to communication and information for all urban residents can help meet rising population needs and improve lives. ICTs present opportunities if access is expanded in both rural and urban areas to connect more people.
This document proposes a solution for providing primary healthcare to rural areas of India using information and communication technologies (ICT). It discusses how sensors could be connected to laptops and mobile phones via USB to monitor vital signs. A software would acquire this health data and transmit it to doctors for prescriptions. The solution aims to make quality healthcare accessible to underprivileged rural populations by saving travel time and costs through telemedicine. It presents a model using body area networks and an embedded system with guidelines for user-centered design of healthcare software.
IT in Rural India-Opportunities and Challenges Amit Jha
1. IT in rural India provides opportunities to improve education, healthcare, and livelihoods through projects like e-Chaupal and NREGA.
2. Key challenges include lack of infrastructure and skills, but innovative models are helping bridge the digital divide through public-private partnerships and locally relevant solutions.
3. Success requires collaboration across government, private sector, and NGOs with a focus on entrepreneurship, creativity, and meeting community needs.
Without 'Digital Health for all', we can never achieve 'Healthcare for all - Universal Healthcare'. Prof. Rajendra Pratap Gupta
This article explores in depth about the current state of the digital health industry, and what the industry and the Government needs to do to transform it. We are at an inflexion point and we cannot lose any more time. We need to work together to make 'Digital Health for All' and 'Universal Digital Health' a reality to ensure 'Healthcare for all'. Without 'Digital Health for all', we can never achieve 'Healthcare for all - Universal Healthcare'. Prof. Rajendra Pratap Gupta
This document discusses using the Internet of Things (IoT) to transform healthcare systems and improve health services in rural villages. It proposes setting up basic health facilities and training local people to handle emergency health situations using IoT technologies. This could help provide healthcare access in remote villages that currently lack even basic services. The document reviews several related works discussing using mobile health applications over small wireless networks to monitor patients remotely, address privacy and security issues, and enable interoperability between connected medical devices and healthcare systems. The goal is to improve healthcare access and quality of life for rural populations through innovative applications of emerging technologies.
REIGNITING OF ESWATINI’S ECONOMY THROUGH SCIENCE & TECHNOLOGYluckysithole7
This document outlines opportunities for Eswatini to reignite its economy through adopting artificial intelligence and blockchain technology. It defines key concepts like artificial intelligence, machine learning, and blockchain. It then discusses applications of AI and blockchain in various sectors like healthcare, agriculture, transportation, and more. The document argues that for significant economic growth, Eswatini needs to increase adoption of AI-powered solutions in areas like medicine, smart farming, and financial services. It concludes that over the long term, convergence of growing data, faster networks and processing will transform society in powerful ways.
While E-health is based on networked I-C-T devices of the humans, operated by the humans for human healthcare and wellness, IOMT is a network of the ‘smart-devices’, operated by the devices for human healthcare and wellness. An estimated 160 million smart medical devices are expected to be connected in 2020. This number will increase exponentially. We need to be prepared for the disruptive influence of IOMT on the present-day healthcare paradigm. A major concern is the sheer magnitude of digital healthcare data generated by IOMT. Are we creating a "Digital Black hole" is a question for deep introspection.
The document discusses various ways that information and communication technologies (ICTs) can help support agricultural development in India. It describes how ICTs such as mobile phones, computers, and the internet are being used to improve access to information for farmers, strengthen agricultural extension services, and help manage agricultural supply chains. It provides several examples of ICT initiatives in India that are aimed at bridging the digital divide between rural and urban areas.
ICT can empower poor and marginalized groups by improving access to education, markets, healthcare, and government services. It can help reduce poverty and increase security. However, a digital divide still exists between those who can access and use technology and those who cannot. ICT initiatives in India have aimed to empower women and rural communities through projects that provide access to computers, the internet, and information. Examples discussed include the e-Choupal kiosks managed by women's self-help groups, and the use of mobile phones and databases by organizations like SEWA. ICT is seen as a way to give "voice to the poor" and increase transparency and participation in governance.
This document discusses the work of InSTEDD, a nonprofit organization that aims to improve global health and development through technology. It outlines InSTEDD's vision, mission, and values, which include building local capacity for innovation, creating collaboration technologies, collaborating with end users, and ensuring usefulness and impact. The document describes some of InSTEDD's projects, such as a birth complication data collection device in Sierra Leone and an innovation lab in Phnom Penh. It also discusses principles of agile design, empowering communities with information, and unleashing local innovation to improve health systems.
Architecture and Agility with Lives at StakeInSTEDD
This document discusses the work of InSTEDD, a nonprofit organization that aims to improve global health and development through technology. It outlines InSTEDD's vision, mission, and values, which include building local capacity for innovation, creating collaboration technologies, collaborating with end users, and ensuring usefulness and impact. The document describes some of InSTEDD's projects, such as a birth complication data collection device in Sierra Leone and an innovation lab in Phnom Penh. It also discusses principles of agile design, empowering communities with information, architecture considerations, and the value of sharing knowledge and inspiring different perspectives.
This document discusses aging trends in Japan and proposals to promote healthy aging through information and communication technologies (ICT). It provides the following key points:
1) About 32% of Japan's population is elderly or disabled, and aging people account for half of healthcare costs and a growing percentage live alone.
2) Conferences were held to discuss ICT applications to support independent living and health for seniors, including expanding digital access and inclusion.
3) Proposals included establishing ICT-enabled health models using medical data to promote prevention, expanding medical data sharing infrastructure to improve care coordination, and creating "life support businesses" using technologies like sensors and robots.
The document discusses innovation and technology in Africa. Some key points:
- There are now 442 active tech hubs in Africa, a 50% increase since 2016, showing growing investment in innovation.
- Innovations in healthcare like Zipline drones delivering medicine, Matibabu's low-cost malaria tests, mSCAN portable ultrasounds, and Wazi Vision's affordable eye care are creating convenient health solutions tailored for Africa.
- Fintech startups are also helping democratize finance on the continent by plugging gaps in financial services access.
The document discusses the role of ICT in agricultural transformation through the experience of the Biovision Farmer Communication Programme in Kenya. It describes how ICT can enhance agricultural production through providing information on pest control, new varieties, and production optimization. ICT also improves markets by enabling access to up-to-date market data on prices and trends. Additionally, ICT builds farmer capacities by strengthening representation and social connections. The Biovision Programme has integrated ICT into its projects through a website, radio show, learning centers, mobile services, and call center to provide agricultural information to farmers.
Cyber extension in changing Indian agricultureDevegowda S R
1. Cyber extension uses information and communication technologies like email, websites, and online networks to disseminate agricultural information to farmers.
2. Important cyber extension initiatives in India include projects run by state governments like Gyandoot in Madhya Pradesh, Warna Wired Villages in Maharashtra, and Raita Samparka Kendras in Karnataka. Central government initiatives include DACNET and the Agricultural Technology Information Centre.
3. Evaluations of projects like Gyandoot and Warna found high farmer satisfaction levels and impacts like reduced costs and travel time for services, faster access to information, and improved agricultural production. However, challenges remain around low computer literacy and use among some farmer groups.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
2. Digital Mandi
22
IInnttrroodduuccttiioonn ••InInfoforrmmaatitoionn l iltieterraaccyy
•PPoovveerrttyy aalllleevviiaattiioonn
•HHeeaalltthh ccaarree
S h a k k a r m a n d i D a lm a n d i
Inputs
Weather
Soil
Chemicals
Water
Market Prices
Outputs
Trends and Futures
In p u t s
W e a t h e r
S o il
C h e m ic a ls
W a t e r
M a r k e t P r ic e s
O u t p u t s
T r e n d s a n d F u t u r e s
Infothela
E-choupal
India’s social, economic, cultural situations
are so diverse that one need to develop new
products and services for these societies.
There are two reasons for the development of
knowledge society, -firstly the explosive
growth in knowledge, especially in science
and technology and secondly people, are
moving out of primary occupations such as
agriculture and industry into the services
sector, where their survival and success
depend on their ability to deal with
information and knowledge. The emergence
of new wireless and satellite-based solutions
is positioning the developing countries to take
advantage of the benefits to be derived from
ICT application.
•Gyandoot
•E-choupal
•Telemedicine
•Media Labs Asia projects such as
Infothela, Digital Mandi
3. The cost of 802.11b
connectivity is much
cheaper as compared to
other technologies.
33
Digital Gangetic Plane
(DGP) started out with the
goal of achieving low-cost
portable /mobile voice
and data services for the
rural sector; a cost
effective alternative to
long distance leased lines.
The DGP project,
developed jointly by IIT
Kanpur, India and Media
Lab Asia for
empowerment of rural
masses, aims at using the
low cost Wireless LAN
(WLAN) also popularly
known as WiFi. Digital
Gangetic Plains improving
rural connectivity by
provisioning wireless
internet along the Kanpur-
Lucknow corridor
5. 55
Info-thela – The mobile way to learn, entertain and
disseminate information
Email, fax, Internet
Entertainment (movies,
cartoons etc.)
Education
Agriculture-related
information
Weather information
Healthcare information
HIV/AIDS awareness
Checking of land records
Horoscopes
Darshans of holy places
matrimonial
matchmaking
Digital Mandi
7. The Digital Mandi Project is conceived as an electronic trading platform for agro-commodities of
Northern India and meant to run as a core application on the mobile Infothela.
77
Digital Mandi – Innovative Way to give farmers the right
price
S h a k k a rm a n d i milaadnD
Inputs
Weather
Soil
Chemicals
Water
Market Prices
Outputs
Trends and Futures
In p u ts
W e a th e r
S o il
C h e m ic a ls
W a te r
M a rk e t P ric e s
O u tp u ts
T re n d s a n d F u tu re s
8. 88
The emergence of intranet-based “Gyandoot”
digital libraries (DLs) in the Dhar district of
Madhya Pradesh has changed the lives of its
underprivileged rural communities.
“Gyandoot” is a unique form of G2C
(Government to citizen) DL activity which is
intended to address the hardship imposed by
transaction costs associated with government
services. It connects 21 cyber cafes called
“Soochanalayas” which provide services to
about 10 to 15 “gram panchayats”, each of
which consists of a group of 20-30 villages
with aggregate populations of between
20,000 and 30,000 people. The
Soochanalayas are located at block head
quarters, haat bazaars and bus depots and
also on the roadside where people normally
travel. These cyber cafes are operated by a
local operator called a Soochak, who is a
local volunteer not a government person
9. 99
EE--CChhaauuppaall
Milestones
Commencement of
initiative: 2000
• States covered: 9
• Villages covered: 38,500
• e-Choupal installations:
6500
• Empowered e-farmers:
3.5 million
Smart Cards identify farmers & provide customized
information on the e-choupal website
The e-Choupal delivers real-time information
and customised knowledge to improve the
farmer's decision-making ability, thereby
better aligning farm output to market
demands; securing better quality, productivity
and improved price discovery. The e-Choupal
initiative also creates a direct marketing
channel, eliminating wasteful intermediation
and multiple handling, thus reducing
transaction costs. Over the next decade, the e-
Choupal network will cover over 100,000
villages, representing 1/6th of rural India, and
create more than 10 million e-farmers.
The e-Choupals serve as both a social
gathering place for exchange of
information (choupal means gathering
place in Hindi) and an e-commerce hub
focusing on the needs of rural India. It’s an
effort to re-engineer the procurement
process for soy, tobacco, wheat, shrimp,
and other cropping systems in rural India
and create a highly profitable distribution
and product design channel. The e-Choupal
system has catalyzed rural transformation
that is helping to alleviate rural isolation,
create more transparency for farmers, and
improve their productivity and incomes.
10. 1100
TTeelleemmeeddiicciinnee iinn IInnddiiaa
Telemedicine is a method, by which
patients can be examined, investigated,
monitored and treated, with the patient and
the doctor located in different places. Tele
is a Greek word meaning “distance “and
Mederi is a Latin word meaning, “to heal”.
Time magazine called Telemedicine
“healing by wire”. Though initially
considered “futuristic” and “experimental”
Telemedicine is today a reality and has
come to stay. In Telemedicine one
transfers the expertise, not the patient.
Health Scenario: 620 million live in rural India
Bed-Population ratio 1:1333 (1991) Vs. ideal of
1:500. oonnllyy 99%% ooff 11 bbiilllliioonn ppeeooppllee aarree
ccoovveerreedd hheeaalltthh sscchheemmeess..WWiitthh ssooffttwwaarree,,
hhaarrddwwaarree,, bbrraaiinn wwaarree aanndd aa llaarrggee nnuummbbeerr ooff
ddooccttoorrss.. lliicceennsseedd ttoo pprraaccttiiccee aabbrrooaadd,, IInnddiiaa
ccoouulldd ooffffeerr gglloobbaall TTeelleeccoonnssuullttaattiioonn
The Indian Space Research Organization,
ISRO, in pursuing its objective of taking
the benefit of space technology to the
population in rural and remote areas, took
the initiative of establishing a space-based
telemedicine network.
11. 1111
Tele-ophthalmology- the application of telemedicine
principles to provide eye care services at a distance
Tele ophthalmology system
Equipment
PCs/ Laptops
Broadband Internet connection
Specialized image capture equipment:
digital cameras on slit-lamps,
Ophthalmoscopes, Fundus cameras
Image display equipment
Applications
Information systems
Continuing education
Online patient record
E-mail consultations
Digital library services
Data
receiving
and display
Transmission
Interconnection broad
bandwidth
Data
capture
12. 1122
IInntteeggrraatteedd TTeelleemmeeddiicciinnee::
The physician can quickly navigate
through the Electronic Medical
Record (EMR) of the patient. All
documents and images are
stored in an encrypted form. The
system also equips the
physicians with a rich toolset to
examine different data. It
supports tools to pan, zoom,
rotate, mark regions of interest
and to annotate the data.
Extensive Image Processing
features are also provided.
Through user-friendly interface,
the physician can also quickly
add notes on the patient's
progress and write reports.
13. 1133
TThhee SSiimmppuutteerr oorr ““PPoooorr mmaann''ss ccoommppuutteerr""
IISc, Bangalore and the Encore Software developed
this idea into practice. This project grew out of the
dire need for an affordable access device for the
rural population including Women. It is a low cost
portable alternative to the popular personal
computer, by which the benefits of ICT can reach the
common man. Tin built Smart card feature enables
the Simputer to be shared by a community. It is a
low cost portable alternative to PCs, by which the
benefits of IT can reach the common man. It has a
special role in the developing world because it
ensures that illiteracy is no longer a barrier to
handling a computer.
Simputer
The key to bridging the digital divide is to have
shared devices that permit truly simple and natural
user interfaces based on sight, touch and audio.
The Simputer meets these demands through a
browser. Information Markup Language (IML) has
been created to provide a uniform experience to
users and to allow rapid development of solutions
on any platform. The Simputer also has the
attractive feature of text-to-speech conversion, so
that illiterates could feel secure about their
payments. The Smart Card feature that the
Simputer provides enables the Simputer to be
shared by a community
15. 115
A proposed model for a central reservoir of Electronic theses and
Dissertations(ETDs)
16. 1166
Public
Libraries as
intermediary
centre
Access to
online
resources
Communication
Comprehension,
Consensus and
Coalition
Communication
Comprehension,
Consensus and
Coalition
Greater
Control &
Capacity to
Act
EMPOWERMENT
Expert
Databases
Library
Extension
program
Multimedia
Collection
May I help you?
Tele-working
facilities
Tele-working
facilities
HIV/AIDS information
ICT driven Public Libraries/ VViillllaaggee KKnnoowwlleeddggee cceenntteerrss
CCEERRLLIIMM:: LLiibbrraarriieess wwiitthhoouutt wwaallllss 77
18. 1188
In order to provide accessibility to
masses in all parts of the country
and to derive the benefits from
converged applications like tele-education,
telemedicine and world
wide web access, government
should set up Multifunctional
Converged Applications
Community Centres (MCACs) at
Panchayat level. The MCACs
should facilitate the
Telecommunication services such
as Local/ STD/ISD PCO, Fax,
computing services like E-mail
and Internet access, information
on local data bases and awareness
about HIV/AIDS and other
governments programmes etc. It
will facilitate exchange of Social
& Cultural heritage across the
country, technology guidance to
use the facilities like
Telemedicine, Tele-education and
E-governance.
Recommendations:
CCEERRLLIIMM:: LLiibbrraarriieess wwiitthhoouutt wwaallllss 77