Search Results - "Srinitha, S."

Wideband hybrid precoding techniques for THz massive MIMO in 6G indoor network deployment by Jeyakumar, P., Ramesh, Arvind, Srinitha, S., Vishnu, V., Muthuchidambaranathan, P.

“…Terahertz (THz) communication is becoming an up-and-coming technology for the future 6G networks as it offers an ultra-wide bandwidth. Appropriate channel…”
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Two-stage deep learning-based hybrid precoder design for very large scale massive MIMO systems by P., Jeyakumar, Ramesh, Arvind, S., Srinitha, Nishant, V.T., Gowri, P., P., Muthuchidambaranathan

“…Wireless networking is approaching a new era, which necessitates new frequency ranges and novel strategies. With recent circuit growth, communications over the…”
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Industrial wireless sensor networks with real time data access by Shanthi, K G, Sesha Vidhya, S, Vishali, G, Uma, R V, Thanuja, M, Srinitha, S

“…This paper targets to transmit industrial data from one sensor node to another sensor node, wirelessly and securely. However as the nodes have Internet access…”
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A High Speed Montgomery Multiplier used in Security Applications by S, Srinitha, S, Niveda, S, Rangeetha, V, Kiruthika

“…Security plays a major role in data transmission and reception. Providing high security is indispensable in communication systems. The RSA…”
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Traffic Impulsive Leeway by S, Srinitha, S, Niveda, A, Jayanthi, R, Sujitha, SriShuwetha, A.M

“…Traffic congestion is the major consideration in the present traffic control system. Traffic density keeps on increasing day by day therefore new technologies…”
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Hybrid Beamforming in Large-scale Antenna Array for 5G Indoor Communication Network Deployments by Jeyakumar, P., Malar, E., Srinitha, S., Muthuchidambaranathan, P., Ramesh, Arvind

“…The millimeter-wave multiple input multiple output (MIMO) technology is the frontier for 5G communication systems. This work contributes a large antenna array…”
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Area effective and speed optimized fused Add-Multiply unit by Srinitha, S., Sargunam, B.

“…Multipliers are the obligatory component in most of the Digital Signal Processing applications. Designing high speed and low area multipliers are of…”
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