VLSI ARCHITECTURE OF DATA FLOW OF A PIPELINED FUSED FLOATING POINT ADD SUBTRACT UNIT

preview_player
Показать описание
DESIGN DETAILS
This design is based on improved architectures for a fused floating-point add–subtract unit. The fused floating-point add–subtract unit is useful for digital signal processing (DSP) applications such as fast Fourier transform (FFT) and discrete cosine transform (DCT) butterfly operations. To improve the performance of the fused floating-point, add–subtract unit, data flow path logic and pipeline concept are employed. The simulation is carried out using Modelsim software and Xilinx ISE is used for Synthesis.

REFERENCES
Reference Paper-1: Improved Architectures for a Fused Floating-Point Add-Subtract Unit
Author’s Name: Jongwook Sohn, and Earl E. Swartzlander
Source: IEEE
Year: 2012

Request source code for academic purpose, fill REQUEST FORM below,

You may also contact +91 7904568456 by WhatsApp Chat, for paid services.
We are now available on Telegram and Signal messenger.

Visit Our Social Media
  1. VERILOG COURSE TEAM
Рекомендации по теме
VLSI ARCHITECTURE: Implementation 0:19:48

VLSI ARCHITECTURE: Implementation of Adders in Xilinx ISE Verilog Data Flow Level Modeling

VLSI ARCHITECTURE OF 0:06:03

VLSI ARCHITECTURE OF DATA FLOW OF A PIPELINED FUSED FLOATING POINT ADD SUBTRACT UNIT

What's an FPGA? 0:01:26

What's an FPGA?

VLSI SYSTEMS AND 0:44:41

VLSI SYSTEMS AND ARCHITECTURE: Flowcharts to Datapath Control Design

VLSI ARCHITECTURE: Microprocessor 0:53:59

VLSI ARCHITECTURE: Microprocessor Architecture

Introduction to VLSI 0:09:51

Introduction to VLSI - IC Design Flow | ASIC Design Flow | RTL to GDS Flow | Chip Design Flow

Area–Delay–Energy Efficient VLSI 0:00:30

Area–Delay–Energy Efficient VLSI Architecture for Scalable In-Place Computation of FFT on Real Data...

Lec 16 - 0:19:17

Lec 16 - Dataflow Graphs

VLSI SYSTEMS AND 1:07:51

VLSI SYSTEMS AND ARCHITECTURE: Hardware Flow Chart Part-1

VLSI SYSTEMS AND 0:52:33

VLSI SYSTEMS AND ARCHITECTURE: Hardware Flow Chart-Part-2

VLSI SYSTEMS AND 0:23:36

VLSI SYSTEMS AND ARCHITECTURE: Handling multi-bit data and Concatenation in Verilog

Area–Delay–Energy Efficient VLSI 0:00:50

Area–Delay–Energy Efficient VLSI Architecture for Scalable In-Place Computation of FFT on Real Data...

VLSI System and 0:54:38

VLSI System and Architecture : Introduction to VLSI Architecture

Dataflow Modeling in 0:04:29

Dataflow Modeling in VHDL | Digital Electronics | Digital Circuit Design in EXTC Engineering

5-1 Data Flow 0:04:29

5-1 Data Flow Architecture (overview)

not gate verilog 0:01:25

not gate verilog coding using data flow modeling||VLSI project training institutes in Bangalore

VLSI - IC 0:00:08

VLSI - IC Design Flow #coding #ai #vlsi #verilog #vhdl #blockchain #iot #cod #integratedcircuit

Dataflow Modeling style 0:12:44

Dataflow Modeling style in VHDL

Data flow graph 0:03:00

Data flow graph

VLSI SYSTEMS AND 1:00:27

VLSI SYSTEMS AND ARCHITECTURE: Pipelined Architecture

High-Speed Area-Efficient VLSI 0:08:05

High-Speed Area-Efficient VLSI Architecture of Three-Operand Binary Adder||ieee 2022 vlsi projects

VLSI 1 st 0:02:37

VLSI 1 st chapter of Dbatu VLSI data objects vlsi data types architecture

Basics of VERILOG 0:33:44

Basics of VERILOG | Different Type of Modelling - Dataflow, Behavioral, Structural, Hybrid | Class-4

VLSI-Design a Low 0:05:07

VLSI-Design a Low –Complexity VLSI Architecture-MyProjectBazaar