LOW POWER QCA BASED BCD ADDER UISNG PTL LOGIC
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YEDLA HARIKA, G S G E SAI SREE
Among the emerging technologies recently proposed as alternatives to the classic CMOS, Quantum-dot cellular automata (QCA) is one of the most promising solutions to design ultra lowpower and very high speed digital circuits.
YEDLA HARIKA, G S G E SAI SREE
Among the emerging technologies recently proposed as alternatives to the classic CMOS, Quantum-dot cellular automata (QCA) is one of the most promising solutions to design ultra lowpower and very high speed digital circuits.
DESIGN OF 2-CHANNEL MIMO ANTENNA WITH REDUCED MUTUAL COUPLING
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1. P.RATNA KUMARI, 2. Prof. M.R.N TAGORE
A compact 2-channel Multiple Input Multiple Output (MIMO) microstrip antenna integrated with inverted U-shaped microstrip resonators and line resonators is presented at 6.7GHZ frequency band. MIMO antenna system suffers a serious problem caused by strong mutual coupling. Microstrip resonators to reduce the mutual coupling between closely spaced antenna elements.
1. P.RATNA KUMARI, 2. Prof. M.R.N TAGORE
A compact 2-channel Multiple Input Multiple Output (MIMO) microstrip antenna integrated with inverted U-shaped microstrip resonators and line resonators is presented at 6.7GHZ frequency band. MIMO antenna system suffers a serious problem caused by strong mutual coupling. Microstrip resonators to reduce the mutual coupling between closely spaced antenna elements.
DUAL BUCK INVERTER WITH SERIES CONNECTED SWITCHING ELEMENTS WITH PV SYSTEM
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1. YANDRAPALLI GOPI, 2.G.SATISH
In an inversion system, high reliability is one of the main targets pursuing. Some problems will threaten the reliability of the system, such as, the shoot through issue and the failure of reverse recovery. The dual buck inverters can solve the above problems without adding dead time. A new topology of dual buck inverter with series connected diodes and a single inductor is presented here.
1. YANDRAPALLI GOPI, 2.G.SATISH
In an inversion system, high reliability is one of the main targets pursuing. Some problems will threaten the reliability of the system, such as, the shoot through issue and the failure of reverse recovery. The dual buck inverters can solve the above problems without adding dead time. A new topology of dual buck inverter with series connected diodes and a single inductor is presented here.
ENHANCED IOT BASED MOTION DETECTION SYSTEM USING RASPBERRY-PI
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1. Y.GEETHA, 2.K.VENU GOPAL
This project deals with the implementation of video processing functionality for embedded systems. Various ARM processor based boards and flavors of Linux were evaluated and, Raspberry Pi B+ board running the Raspbian OS was chosen as the platform for the implementation.
1. Y.GEETHA, 2.K.VENU GOPAL
This project deals with the implementation of video processing functionality for embedded systems. Various ARM processor based boards and flavors of Linux were evaluated and, Raspberry Pi B+ board running the Raspbian OS was chosen as the platform for the implementation.
AN EFFICIENT IOT BASED MULTIPURPOSE PATIENT MONITORING SYSTEM
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1. M.SRI LAKSHMI PRASANNA, 2.J.KAVITHA
The main objective of this concept is to introduce and implement a new method of take caring a patient even from the remote areas. In this, the main aim is to monitor the patient condition and serving him according to his/her condition, here monitor some basic biomedical parameters like pulse rate, temperature, Pressure.
1. M.SRI LAKSHMI PRASANNA, 2.J.KAVITHA
The main objective of this concept is to introduce and implement a new method of take caring a patient even from the remote areas. In this, the main aim is to monitor the patient condition and serving him according to his/her condition, here monitor some basic biomedical parameters like pulse rate, temperature, Pressure.
LOW LATENCY APPROACH FOR SOFT ERROR RATE ESTIMATION IN ELECTRONIC CIRCUITS
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1. JAYA TEJA CHINTA 2. S SAMBASIVARAO DANNINA
Soft errors due to cosmic rays cause reliability problems during lifetime operation of digital systems, which increase exponentially with Moore’s law. The first step in developing efficient soft error tolerant schemes is to analyze the effect of soft errors at the system level. This enhanced concept develops a systematic approach for soft error rate estimation.
1. JAYA TEJA CHINTA 2. S SAMBASIVARAO DANNINA
Soft errors due to cosmic rays cause reliability problems during lifetime operation of digital systems, which increase exponentially with Moore’s law. The first step in developing efficient soft error tolerant schemes is to analyze the effect of soft errors at the system level. This enhanced concept develops a systematic approach for soft error rate estimation.
AN EFFICIENT AND ENHANCED MODULAR MULTIPLIER FOR ARBITRARY MERSENNE PRIMES ON FPGA
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1. E.NARAYAANA SWAMY, 2.Dr. N. A. V. PRASAD
This paper presets s most known and recent methods for efficient modular multiplication. .This concept explained that the modular multiplication A×B mod M can be performed in two different ways: obtaining the product then reducing it; or obtaining the reduced product directly.
1. E.NARAYAANA SWAMY, 2.Dr. N. A. V. PRASAD
This paper presets s most known and recent methods for efficient modular multiplication. .This concept explained that the modular multiplication A×B mod M can be performed in two different ways: obtaining the product then reducing it; or obtaining the reduced product directly.
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