Ericsson has signed an MoU with ISI for 3 years whereby Ericsson Analysis plans to help and collaborate with ISI in a number of analysis actions to be carried out below the Cyber-Bodily Methods (C-CPS) umbrella. A collaborative analysis Centre for Cyber-Bodily Methods (C-CPS) between Ericsson Analysis and Indian Statistical Institute (ISI) has been arrange on this month.
C-CPS is a digital interdisciplinary analysis centre arrange with the purpose to foster each basic and utilized analysis in Sustainable and Reliable Cyber-Bodily Methods (CPS) with speedy affect in deploying AI and CPS within the Indian ecosystem.
Elaborating on the partnership between Indian Statistical Institute and Ericsson, Dr Magnus Frodigh, Head of Ericsson Analysis, states, “This collaboration strengthens our R&D commitments in India and is pivotal to Compute and AI analysis. We’re excited to accomplice with ISI and stay up for collaborative analysis in basic areas in addition to translational analysis for our Future Community Platforms”. Dr Frodigh additionally offered Ericsson’s imaginative and prescient on 6G which goals to mix the bodily and digital worlds enabling us to enhance the standard of life by incorporating widespread Sensor-based communications between people and machines by digital twins.
Nitin Bansal, Managing Director of Ericsson India states, “Ericsson has a powerful deal with R&D and we imagine our analysis partnerships in AI and 6G with tutorial establishments will allow us to construct a powerful basis for the nation’s 6G program. We’re the leaders in 5G and our analysis initiatives are geared to supply reasonably priced community platforms for ubiquitous connectivity all throughout the nation”.
Talking about this system, Professor Diganta Mukherjee, Chairperson of the Cell for Cooperation with Academia, Trade and Analysis Labs (C-CAIR), ISI remarked, “Trade academia partnership is the way forward for R&D. We’re very glad to accomplice with the expertise big Ericsson in analysis collaborations. We hope that this MoU will result in additional alternatives for working collectively within the Information Science and Machine Studying area utilized to 6G telecommunication in addition to classical and quantum safe communication.”
C-CPS is a digital interdisciplinary analysis centre arrange with the purpose to foster each basic and utilized analysis in Sustainable and Reliable Cyber-Bodily Methods (CPS) with speedy affect in deploying AI and CPS within the Indian ecosystem.
Elaborating on the partnership between Indian Statistical Institute and Ericsson, Dr Magnus Frodigh, Head of Ericsson Analysis, states, “This collaboration strengthens our R&D commitments in India and is pivotal to Compute and AI analysis. We’re excited to accomplice with ISI and stay up for collaborative analysis in basic areas in addition to translational analysis for our Future Community Platforms”. Dr Frodigh additionally offered Ericsson’s imaginative and prescient on 6G which goals to mix the bodily and digital worlds enabling us to enhance the standard of life by incorporating widespread Sensor-based communications between people and machines by digital twins.
Nitin Bansal, Managing Director of Ericsson India states, “Ericsson has a powerful deal with R&D and we imagine our analysis partnerships in AI and 6G with tutorial establishments will allow us to construct a powerful basis for the nation’s 6G program. We’re the leaders in 5G and our analysis initiatives are geared to supply reasonably priced community platforms for ubiquitous connectivity all throughout the nation”.
Talking about this system, Professor Diganta Mukherjee, Chairperson of the Cell for Cooperation with Academia, Trade and Analysis Labs (C-CAIR), ISI remarked, “Trade academia partnership is the way forward for R&D. We’re very glad to accomplice with the expertise big Ericsson in analysis collaborations. We hope that this MoU will result in additional alternatives for working collectively within the Information Science and Machine Studying area utilized to 6G telecommunication in addition to classical and quantum safe communication.”
