26 results on '"Dastanian, Rezvan"'
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2. A 1.58 nW power consumption and 34.45 ppm/°C temperature coefficient bandgap reference (BGR) for subblocks of RFID tag
3. A 147 μW, 0.8 V and 7.5 (mV/V) LIR regulator for UHF RFID application
4. An optimized spectrum sharing scheme for cognitive radio
5. An Optimized Regulator with 290 nA Quiescent Current and 115 μ W Power Consumption for UHF RFID Tags Using TLBO Algorithm
6. A Fully MOSFET Voltage Reference with Low Power Consumption and High Power Supply Rejection Ratio for IoT Microsystems
7. A Novel Scheme for Spectrum Prediction in Cognitive Radio Networks
8. A 2 V, 32.13 nA, fully MOSFET Voltage Limiter for Low Power Applications.
9. Design an optimized rectifier with TLBO based on threshold voltage cancellation technique
10. A 0.5 V 110 nW Sensor for Temperature Monitoring of Perishable Foods.
11. Ultra low-power DC voltage limiter for RFID application in 0.18-μm CMOS technology
12. Ultra low-power DC voltage limiter for RFID application in 0.18-$\mu $m CMOS technology
13. A 0.5 V, 112 nW CMOS temperature sensor for RFID food monitoring application
14. Threshold voltage-level change in ASK demodulator related to RF input signal amplitude for the ultra-high frequency RFID passive tag
15. A new evolutionary optimization algorithm for design of low power QPSK backscatter modulator
16. A new approach based on TLBO for DC-DC converter in RFID tag
17. A strategy to improve the charge pump voltage conversion ratio for RFID passive tag
18. A 1.58nW power consumption and 34.45ppm/°C temperature coefficient bandgap reference (BGR) for subblocks of RFID tag
19. A Low Power and Low LIR Regulator for Passive RFID Tag in 0.18 μm CMOS Technology
20. An Optimized Regulator with 290 nA Quiescent Current and $$115\,\upmu \hbox {W}$$ 115 μ W Power Consumption for UHF RFID Tags Using TLBO Algorithm
21. Threshold voltage-level change in ASK demodulator related to RF input signal amplitude for the ultra-high frequency RFID passive tag.
22. A Novel Multi-Client Authentication Method Using Infection of Bacteria
23. An Improved Visual Cryptography Scheme Using Scrambling Pixels in Color Images
24. A New Watermarking Scheme for an in-Vivo Computer Based on Infection of E. coli
25. An Optimized Regulator with 290 nA Quiescent Current and $$115\,\upmu \hbox {W}$$ Power Consumption for UHF RFID Tags Using TLBO Algorithm.
26. A strategy to improve the charge pump voltage conversion ratio for RFID passive tag
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