Hooman Ravankhah

16-E1 to STM1 (aggregate 16-E1 frames to stm1 frame implemented on spartan-6 with VHDL)  4-STM1 to STM16 (aggregate 4 stm1 frames to stm4 frame implemented on Artix-7 with VHDL)  10Gig Ethernet to STM64 (bidirectional conversion 10Gig Ethernet to stm64 implemented on Artix-7 with VHDL )  Muxponder SDH (aggregate stm1-4-16 to stm64 with ability of add and drop in nodes implemented on Artix-7 with VHDL)

10Gig Ethernet to OTU2e Transponder (implemented on kintex- XC7K320T- design framer and deframer of otu2e with VHDL)  4 pair Transponder (implemented on kintex-XC7K480T)  100Gig Ethernet to OTU4 Transponder (implemented on kintex-XC7K480T and design framer and deframer of otu4 with VHDL)  Add Drop Multiplexer (8-1Gig Ethernet to 10Gig Ethernet with ability of add and drop 1Gig Ethernet in different nodes implemented on kintex- XC7K480T with VHDL)

 Data Telemetry  Image Telemetry(design transmitter and receiver implemented on spartan-3 and MCU with VHDL and C)  Digital Altimeter (implemented on Spartan-6 and TMS320F2812 and based on FMCW with VHDL and C and implement FFT alghorithm ) Wideband Receiver(implemented on Virtex-5 and TMS320C6416 with VHDL and C with vivado and code composer compilers and implementation DSP and SDR Algorithms such as FFT-AFC-AGC- Modulation-Demodulation)