Skip to content

DSP LOG

Signal Processing

Random Articles
  • About
    • Articles
  • Advertise
  • Blog
  • Home
  • Search
  • Home
  • magnitude

magnitude

  • DSP

Approximate Vector Magnitude Computation

Krishna Sankar16 years ago16 years ago71 mins

In this post, let us discuss a simple implementation friendly scheme for computing the absolute value of a complex number . The technique called (alpha Max + beta Min) algorithm is discussed in Chapter 13.2 of Understanding Digital Signal Processing, Richard Lyons and is also available online at Digital Signal Processing Tricks – High-speed vector…

Read More
  • DSP

Using CORDIC for phase and magnitude computation

Krishna Sankar17 years ago17 years ago01 mins

In a previous post (here), we looked at using CORDIC (Co-ordinate Rotation by DIgital Computer) for understanding how a complex number can be rotated by an angle without using actual multipliers. Let us know try to understand how we can use CORDIC for finding the phase and magnitude of a complex number. Basics The CORDIC…

Read More

Tag

16-PSK 16-QAM 802.11a 2012 Alamouti AWGN BPSK Capacity Communication conference Digital Diversity ECE electromagnetics eye diagram first order FSK GATE Gray IISc interpolation machine_learning Math MIMO ML MMSE modulator noise Nyquist OFDM PAM pdf phase phase_noise PSK pulse shaping QAM raised cosine Rayleigh SIC STBC TETRA transmitter Viterbi ZF

Categories

Archives

Comment

  • Krishna Sankar on Download free e-book on error probability in AWGN
  • rohini on Download free e-book on error probability in AWGN
  • yousif on Alamouti STBC with 2 receive antenna
  • Krishna Sankar on MIMO with Zero Forcing equalizer
  • Krishna Sankar on Bit Error Rate (BER) for BPSK modulation
  • Krishna Sankar on MIMO with MMSE equalizer
  • Krishna Sankar on BER for BPSK in ISI channel with Zero Forcing equalization

Recent Posts

  • Gradients for linear regression
  • Migrated to Amazon EC2 instance (from shared hosting)
  • GATE-2012 ECE Q28 (electromagnetics)
  • Image Rejection Ratio (IMRR) with transmit IQ gain/phase imbalance
  • GATE-2012 ECE Q15 (communication)

DSP

  • ANALOG & DSP
  • Complex to Real
  • DSP DesignLine
  • DSP Guide
  • DSPRelated
  • Octave
  • Octave-Forge
  • Online Scientific Calculator (from EEWeb.com)

FPGA

  • FPGA Central

General

  • Amit Agarwal – Digital Inspiration
  • Enchanting Kerala