New Products
- Nvidia's cloud GPU touts ultra-fast streaming (18/05/12)
- AMD's APUs provide affordable, enhanced visuals for ultrathins (16/05/12)
- VoIP processor first to integrate security IP (15/05/12)
- Kontron COM Express modules enhance graphics (09/05/12)
- 32bit RISC secure core targets smart card apps (07/05/12)
- LSI processor offloads complex networking tasks (07/05/12)
- Digital signage player supports DirectX 11 (01/05/12)
- Military temperature ICs tout high reliability (27/04/12)
- TI's multi-core DSPs implement JPEG 2000 codec (27/04/12)
- Broadcom rolls 100Gbps full duplex network processor (26/04/12)
-
Intel debuts 22nm quad-core processors (26/04/12)
- TI enables DSP-based capacitive touch audio sol'n (05/04/12)
- ARM Cortex-M0+ boasts 9µA/MHz power usage (19/03/12)
- TI brings on the OMAP 5 (19/03/12)
- Blade, server platforms designed for Intel Xeon (13/03/12)
News & Trends
- Qualcomm shines in chip sales ranking (17/05/12)
- Thin copolymer films to speed up microprocessors (17/05/12)
- Smartphones, tablet drive mobile memory chip market (16/05/12)
- Nvidia, Intellectual Ventures buy 500 wireless patents (15/05/12)
- Intel targets server market with new Xeon chips (15/05/12)
- Nvidia contributes CUDA compiler to open source (11/05/12)
- Fujitsu adopts Cadence Chip Planning System for MCU chips (10/05/12)
- Tensilica's India facility gets expansion, to hire more employees (07/05/12)
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Samsung led dual-processor market in 2011 (03/05/12)
- What's new in Facebook's 'Open Compute Project' (03/05/12)
- Chip sales to grow 7% in 2012 (01/05/12)
- GlobalFoundries announces 3D chip stacking at 20nm (30/04/12)
- Samsung unveils quad-core chip for Galaxy S III (27/04/12)
-
UbiSlate @ Rs.2,999 (27/04/12)
- Fujitsu rolls design simulator for power management ICs (27/04/12)
Technical Archives
-
Improve MCU security, performance with hardware accelerated crypto (25/04/12)
- Implement POSIX IPC on Cortex-M architectures (17/04/12)
- Peek inside the third-gen iPad (29/03/12)
- Resolve concurrency errors in multi-core design (22/03/12)
- What's next: Mobile virtualisation (06/03/12)
- Securing in-vehicle infotainment domain (Part 2) (27/01/12)
- Securing in-vehicle infotainment domain (Part 1) (17/01/12)
- Managing single event effects in FPGAs, ASICs and processors (Part 2) (09/01/12)
- Managing single event effects in FPGAs, ASICs and processors (Part 1) (28/12/11)
- A tutorial on digital signalling (Part 3) (19/12/11)
- Embedding HPC: Making super-computing happen (15/12/11)
- Finding the right processor safety strategies for your system (28/11/11)
- A tutorial on digital signalling (Part 2) (24/11/11)
- A tutorial on digital signalling (Part 1) (22/11/11)
- Making multi-core viable for medical electronics (28/10/11)
Application Notes
- Monitor multiple power supply rails (26/01/12)
- Summary of Keystone DSP power consumption (23/12/11)
- Learn about AM18xx bootloader (20/12/11)
- Utilise OMAP-L132/L138 bootloader (19/12/11)
- Employ TMS320C6748/C6746/C6742 bootloader (16/12/11)
- ADC source impedance for Hercules MCUs (08/12/11)
- Powering applications processor with TPS65070 (29/11/11)
- Guide to connectivity between TPS659108 and i.MX508 (25/11/11)
- Medium integrated power solution with dual DC/DC converter, LDO (24/11/11)
- Power design with LDOs (23/11/11)
- Utilising DC/DC converter with DVFS (22/11/11)
- Utilise run length encoding in MPC5645S MCU (30/09/11)
- Implementing IEEE 1588 V2 PTP on K60 processor (29/09/11)
- Learn about MSC815x boot process (27/09/11)
- Introduction to FFT library (16/09/11)
eeUniversity
Displaying 1 - 4 of 53 
Displaying 1 - 4 of 53
 Lecture 1 Digital Signal Processing Introduction |
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 Lecture 2 Digital Signal Processing Introduction (Cont.) |
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 Lecture 3 Digital Systems |
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 Lecture 4 Characterization, Description and Testing of Digital Systems |
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 Lecture 5 LTI Systems Step and Impulse Responses, Convolution |
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 Lecture 6 Inverse Systems, Stability, FIR and IIR |
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 Lecture 7 FIR & IIR; Recursive & Non Recursive |
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 Lecture 8 Discrete Time Fourier Transform |
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102633659798230.jpg){kind=spacer} Lecture 9 Discrete Fourier Transform (DFT) |
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 Lecture 10 DFT (Cont.) |
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 Lecture 11 DFT (Cont.) Introduction to Z Transform |
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 Lecture 12 Z Transform |
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 Lecture 13 Z Transform (Cont.) |
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 Lecture 14 Discrete Time Systems in the Frequency Domain |
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 Lecture 15 Simple Digital Filters |
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 Lecture 16 All Pass Filters and Com. Filters |
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 Lecture 17 Linear Phase Filters and Complementary Transfer Function |
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 Lecture 18 Compensatory Transfer Functions (Cont.) |
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 Lecture 19 Test for Stability Using All Pass Functions |
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 Lecture 20 Digital Processing of Continuous Time Signals |
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 Lecture 21 Problem Solving Session: FT, DFT & Z Transforms (Part 1) |
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 Lecture 22 Problem Solving Session: FT, DFT & Z Transforms (Part 2) |
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 Lecture 23 Analogue Filter Design |
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 Lecture 24 Analogue Chebyshev LPF Design |
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 Lecture 25 Analogue Filter Design: Transformations |
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 Lecture 26 Analogue Frequency Transformation |
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 Lecture 27 Problem Solving Session on Discrete Time System |
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 Lecture 28 Digital Filter Structures |
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 Lecture 29 IIR Realisations |
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 Lecture 30 All Pass Realisations |
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 Lecture 31 Lattice Synthesis |
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 Lecture 32 FIR Lattice Synthesis |
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 Lecture 33 FIR Lattice and Digital Filter Design |
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 Lecture 34 IIR Filter Design |
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 Lecture 35 IIR Design by Bilinear Transformation |
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 Lecture 36 IIR Design Examples |
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 Lecture 37 Digital to Digital Frequency Transformation |
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 Lecture 38 FIR Design |
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 Lecture 39 FIR Digital Filter Design by Windowing |
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 Lecture 40 FIR Design by Windowing & Frequency Sampling |
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 Lecture 41 Solving Problems on DSP Structures |
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 Lecture 42 FIR Design by Frequency Sampling (Part 1) |
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235601838406714.jpg) Lecture 43 FIR Design by Frequency Sampling (Part 2) |
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 Lecture 1 Introduction to Embedded Systems |
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 Lecture 2 Embedded Hardware |
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 Lecture 3 PIC: Instruction Set |
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 Lecture 4 PIC Peripherals On Chip |
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 Lecture 5 ARM Processor |
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 Lecture 6 More ARM Instructions |
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 Lecture 7 ARM: Interrupt Processing |
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 Lecture 8 Digital Signal Processors |
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 Lecture 9 More on DSP Processors |
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003914658724673.jpg) Lecture 10 System On Chip (SOC) |
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