<--- Back to Details
First PageDocument Content
Electrical engineering / Upsampling / Downsampling / Oversampling / Filter design / Resampling / Nyquist–Shannon sampling theorem / Decimation / Mipmap / Digital signal processing / Signal processing / Applied mathematics
Date: 2005-10-14 17:28:09
Electrical engineering
Upsampling
Downsampling
Oversampling
Filter design
Resampling
Nyquist–Shannon sampling theorem
Decimation
Mipmap
Digital signal processing
Signal processing
Applied mathematics

Add to Reading List

Source URL: ldesoras.free.fr

Download Document from Source Website

File Size: 770,06 KB

Share Document on Facebook

Similar Documents

1 Cross Coupled Iterative Learning Control of Systems with Dissimilar Dynamics via Coupled Filter Shaping: Design and Implementation Kira L. Barton, Member, IEEE and David J. Hoelzle,” Member,” IEEE and Andrew G. Al

DocID: 1vrCu - View Document

Duration: 08:30 – 17:50 Room: Meeting Room A9.8 WF-05 Advances Toward Autonomous RF Filter Design Organisers:

DocID: 1viY3 - View Document

PROJECT IS TO INCREASING THE FLOW CAPACITY OF PREGNANT LIQUOR PURIFICATION FILTERS BY INSTALLING A NEW DESIGN OF FILTER BAG FRAME

DocID: 1v8tp - View Document

For Pressurized Shallow-Narrow Drainfield (PSND) and Bottomless Sand Filter (BSF) design, installation and O&M guidance, please refer to

DocID: 1v6qc - View Document

Part 2 – Designing Combline Filters with Free Software Paul Wade W1GHZ ©2014 Combline filters have more variables than most other filter types, so design software is more complicated. For instance, interdigital filter

DocID: 1uxa2 - View Document