Page 10 - Telecommunication Engineering News Today

Robotic surveillance platforms, 5G communications, air defence systems backed by augmented reality, real-time application of artificial intelligence in border areas, quantum computing labs that are building complex algorithms to prevent the enemy from hacking into encrypted data, automated drone det

He is a distinguished paratrooper and is an alumnus of DSSC Wellington and National Defence College, New Delhi. He was elected as 67th Colonel Commandant of the Corps of Signals on 01 Jan 2021 and was awarded Vishisht Seva Medal in January 2022.

-- Holm responsible for advancing enterprise strategic marketing and communications ---- Koneru will drive IT strategies and internal digital...

Winnebago Industries, Inc. announced today that Amber Holm will be joining Winnebago Industries as Senior Vice President, Chief Marketing Officer. Sri

An Indian 5G test bed will be set up at a military engineering college in Mhow to help the Army use the technology for its operational use, especially along the borders. The facility will be established by the Military College of Telecommunication Engineering (MCTE) in collaboration with the Indian Institute of Technology, Madras.The test bed…

5G test bed for Indian Army soon at MPs MCTE; IIT Madras to collaborate

CHENNAI : Army Training Command (ARTRAC) is joining hands with Indian Institute of Technology Madras (IIT Madras) to establish a 5G Testbed at Military College of Telecommunication at Mhow, Indore. The collaboration will facilitate Indian Army to uti

An Indian 5G testbed will be established at Madhya Pradesh’s Military College of Telecommunication Engineering.

An Indian 5G test bed will be established at a military engineering college in Madhya Pradeshs Mhow and it will facilitate the Indian Army to utilise the 5G technology for its operational use, especially along its borders.

DAS fiber deployed on several wells’ completion strings offshore recorded a 3DVSP survey with ongoing production, but with significant noise encountered. A novel, two-step approach on one well addressed fiber directivity response on recorded data to recover relative amplitudes. The final 3D VSP image showed improved spatial resolution over target intervals.