New Products
- Kontron targets intelligent digital signage apps (22/05/12)
- Starter kits target smart portable devices (15/05/12)
- ST's low cost M0 processor gains IAR support (08/05/12)
- COM Express modules based on Ivy Bridge debut (08/05/12)
- Solderless connectors boast high reliability (30/04/12)
- Ultra-quiet industrial PCs down noise to 35dBa (19/04/12)
- Advantech control panels pack Atom processor (13/04/12)
- Embedded building block sol'ns cut power usage (30/03/12)
- Dev't kit available for Energy Micro Gecko MCU (28/03/12)
- Dev't kit supports safety designs on XC2000 (20/03/12)
- COM Express module targets compact systems (16/03/12)
- Blade, server platforms designed for Intel Xeon (13/03/12)
- Kontron processor module enhances efficiency (07/03/12)
- 1/2 ATR system increases cooling capacity (15/02/12)
- Security sol'n designed for connected devices (10/02/12)
News & Trends
- Uniquify becomes TSMC DCA partner (23/05/12)
- HP may cut 30,000 jobs: Report (23/05/12)
-
ARM CEO expects 20% PC market share by 2015 (22/05/12)
- Samsung creates graphene transistor (22/05/12)
- New ReRAM chip promises 'super-fast' memory (21/05/12)
- Amkor plans chip packaging facility in Korea (21/05/12)
-
Pricey iPad rules Indian tablet market (21/05/12)
-
Researchers create superefficient 'inexact' chip (18/05/12)
- Don't like walking? Honda UNI-CUB is for you then (18/05/12)
- Qualcomm shines in chip sales ranking (17/05/12)
- Electronics market to reach Rs 20 lakh crore by 2020 (16/05/12)
- Intel targets server market with new Xeon chips (15/05/12)
-
eBay to open software development centre in Bangalore (15/05/12)
- An electronic nose sniffs out volatile compounds (14/05/12)
- Olive Telecom opts Altair TD-LTE chipset (11/05/12)
Technical Archives
- Is AES safe enough against brute force attacks? (22/05/12)
- Fundamentals of 3D authoring (Part 2) (15/05/12)
- Address power concerns using HLS (10/05/12)
- Designing an interactive punching bag (09/05/12)
- Boost automotive electronics documentation, troubleshooting (08/05/12)
- Pick the appropriate timing device (Part 2) (01/05/12)
- Pick the appropriate timing device (Part 1) (27/04/12)
-
Improve MCU security, performance with hardware accelerated crypto (25/04/12)
- Protect embedded devices through virtual closed networks (20/04/12)
- Embedded safety minimises system cost, size and devt time (19/04/12)
- Implement POSIX IPC on Cortex-M architectures (17/04/12)
- Patient experience: An approach to medical electronics design (13/04/12)
- Implementing functional safety in modern MCUs (12/04/12)
- Fundamentals of 3D authoring (Part 1) (11/04/12)
- Boost system security with better data-at-rest encryption (10/04/12)
Application Notes
- How to program DS1877 SFP controller (24/05/12)
- Issues in designing ICs for harsh industrial environment (21/05/12)
- Enable deep software standby mode (11/05/12)
- Perform interrupt request grouping (10/05/12)
- Understand register write protection (09/05/12)
- Employ DTC for CRC code calculation (08/05/12)
- Flash API for RX600 (07/05/12)
- Application of user boot function (04/05/12)
- Analysing external bus operation (03/05/12)
- Utilise CAN application programming interface (02/05/12)
- Understand R8C/1x, 2x series standard serial I/O mode protocol spec (01/05/12)
- Achieve low current consumption (30/04/12)
- How to set GPT three-phase sawwave complementary PWM (20/04/12)
- OS adaptor layer: User manual, API spec for RI-600, FreeRTOS (19/04/12)
- OS adaptor layer: RI-600, FreeRTOS blinky demo (18/04/12)
![]() Lecture 28 Current Mode ICs |
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![]() Lecture 1 Introduction to Artificial Intelligence |
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![]() Lecture 2 Intelligent Agents |
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![]() Lecture 3 State Space Search |
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![]() Lecture 4 Uninformed Search |
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![]() Lecture 5 Informed Search |
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![]() Lecture 6 Informed Search - 2 |
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![]() Lecture 7 Two Players Games - I |
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![]() Lecture 8 Two Players Games - II |
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![]() Lecture 9 Constraint Satisfaction Problems - 1 |
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![]() Lecture 10 Constraint Satisfaction Problems 2 |
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![]() Lecture 11 Knowledge Representation and Logic |
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![]() Lecture 12 Interface in Propositional Logic |
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![]() Lecture 13 First Order Logic |
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![]() Lecture 14 Reasoning Using First Order Logic |
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![]() Lecture 15 Resolution in FOPL |
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![]() Lecture 18 Semantic Net |
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![]() Lecture 19 Reasoning in Semantic Net |
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![]() Lecture 20 Frames |
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![]() Lecture 21 Planning - 1 |
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![]() Lecture 22 Planning - 2 |
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![]() Lecture 33 Introduction to Learning - II |
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![]() Lecture 34 Rule Induction and Decision Trees - I |
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![]() Lecture 35 Rule Induction and Decision Trees - II |
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![]() Lecture 36 Leavning Using neural Networks - I |
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![]() Lecture 37 Learning Using Neural Networks - II |
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![]() Lecture 38 Probabilistic Learning |
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![]() Lecture 39 Natural Language Processing - I |
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![]() Lecture 40 Natural Language Processing II |
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![]() Lecture 1 Introduction to Artificial Intelligence |
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![]() Lecture 2 Problem Solving by Search |
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![]() Lecture 3 Searching with Costs |
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![]() Lecture 4 Informed State Space Search |
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![]() Lecture 5 Heuristic Search: A* and Beyond |
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![]() Lecture 6 Problem Reduction Search: AND/OR Graphs |
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![]() Lecture 7 Searching Game Trees |
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![]() Lecture 8 Knowledge Based Systems: Logic and Deduction |
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![]() Lecture 9 First Order Logic |
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![]() Lecture 10 Inference in First Order Logic |
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![]() Lecture 11 Resolution - Refutation Proofs |
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![]() Lecture 12 Resolution Refutation Proofs |
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![]() Lecture 13 Logic Programming : Prolog |
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![]() Lecture 14 Prolog Programming |
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![]() Lecture 15 Prolog: Exercising Control |
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![]() Lecture 16 Additional Topics |
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![]() Lecture 17 Introduction to Planning |
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![]() Lecture 18 Partial Order Planning |
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![]() Lecture 19 GraphPLAN and SATPlan |
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![]() Lecture 20 SATPlan |
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![]() Lecture 21 Reasoning Under Uncertainity |
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![]() Lecture 22 Bayesian Networks |
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![]() Lecture 23 Reasoning with Bayes Networks |
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![]() Lecture 24 Reasoning with Bayes Networks (Contd.) |
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![]() Lecture 25 Reasoning Under Uncertainity: Issues |
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![]() Lecture 26 Learning : Decision Trees |
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![]() Lecture 27 Learning : Neural Networks |
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![]() Lecture 28 Back Propagation Learning |
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![]() Lecture 8 Analysis Using Matlab |
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![]() Lecture 9 Sinusoidal steady state |
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![]() Lecture 10 Transfer Function and Pole-Zero Domain 1 |
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![]() Lecture 11 Transfer Function and Pole-Zero Domain 2 |
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![]() Lecture 12 The Sinusoid |
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![]() Lecture 16 Power ports |
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![]() Lecture 23 DC Machines Part 1 |
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![]() Lecture 24 DC Machines Part 2 |
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![]() Lecture 25 DC Generators Part 1 |
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![]() Lecture 26 DC Generators Part 2 |
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![]() Lecture 27 DC Motors Part 1 |
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![]() Lecture 28 DC Motors Part 2 |
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![]() Lecture 29 DC Motor Part 3 |
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![]() Lecture 1 Control Engineering |
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![]() Lecture 2 Control Engineering |
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![]() Lecture 3 Control Engineering |
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![]() Lecture 4 Control Engineering |
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![]() Lecture 5 Control Engineering |
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![]() Lecture 6 Control Engineering |
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![]() Lecture 7 Control Engineering |
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![]() Lecture 8 Control Engineering |
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![]() Lecture 9 Control Engineering |
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![]() Lecture 10 Control Engineering |
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![]() Lecture 11 Control Engineering |
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![]() Lecture 12 Control Engineering |
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![]() Lecture 13 Control Engineering |
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![]() Lecture 14 Control Engineering |
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![]() Lecture 15 Control Engineering |
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![]() Lecture 16 Control Engineering |
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![]() Lecture 17 Control Engineering |
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![]() Lecture 18 Control Engineering |
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![]() Lecture 19 Control Engineering |
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![]() Lecture 20 Control Engineering |
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![]() Lecture 21 Control Engineering |
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![]() Lecture 22 Control Engineering |
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![]() Lecture 23 Control Engineering |
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![]() Lecture 24 Control Engineering |
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![]() Lecture 25 Control Engineering |
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![]() Lecture 26 Control Engineering |
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![]() Lecture 27 Control Engineering |
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![]() Lecture 28 Control Engineering |
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![]() Lecture 29 Control Engineering |
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![]() Lecture 30 Control Engineering |
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![]() Lecture 31 Control Engineering |
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![]() Lecture 32 Control Engineering |
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![]() Lecture 33 Control Engineering |
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![]() Lecture 34 Control Engineering |
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![]() Lecture 35 Control Engineering |
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![]() Lecture 36 Control Engineering |
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![]() Lecture 37 Control Engineering |
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![]() Lecture 38 Control Engineering |
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![]() Lecture 47 Control Engineering |
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![]() 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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![]() Lecture 9 Discrete Fourier Transform (DFT) |
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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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![]() Lecture 10 System On Chip (SOC) |
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![]() Lecture 11 Memory |
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![]() Lecture 12 Memory Organization |
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![]() Lecture 13 Virtual Memory and Memory Management Unit |
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![]() Lecture 14 Bus Structure (Part 1) |
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![]() Lecture 15 Bus Structure (Part 2) |
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![]() Lecture 16 Bus Structure - 3 Serial Interfaces |
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![]() Lecture 17 Serial Interfaces |
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![]() Lecture 18 Power Aware Architecture |
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![]() Lecture 19 Software for Embedded Systems |
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![]() Lecture 20 Fundamentals of Embedded Operating Systems |
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![]() Lecture 21 Scheduling Policies |
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![]() Lecture 22 Resource Management |
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![]() Lecture 23 Embedded - OS |
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![]() Lecture 24 Networked Embedded System (Part 1) |
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![]() Lecture 25 Networked Embedded System (Part 2) |
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![]() Lecture 26 Networked Embedded System (Part 3) |
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![]() Lecture 27 Networked Embedded System (Part 4) |
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![]() Lecture 28 Designing Embedded Systems (Part 1) |
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![]() Lecture 29 Designing Embedded Systems (Part 2) |
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![]() Lecture 30 Designing Embedded Systems (Part 3) |
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![]() Lecture 31 Designing Embedded Systems (Part 4) |
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![]() Lecture 32 Designing Embedded Systems (Part 5) |
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![]() Lecture 33 Platform-based Design |
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![]() Lecture 34 Compilers for Embedded Systems |
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![]() Lecture 35 Developing Embedded Systems |
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![]() Lecture 36 Building Dependable Embedded Systems |
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![]() Lecture 37 Pervasive & Ubiquitous Computing |
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![]() Lecture 1 Introduction |
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![]() Lecture 2 Architecture of Industrial Automation |
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![]() Lecture 3 Measurement Systems Characteristics |
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![]() Lecture 9 Signal Conditioning (Part 2) |
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![]() Lecture 19 Sequence Control: Scan Cycle and Simple RLL Programs |
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![]() Lecture 20 Sequence Control: More RLL Elements and RLL Syntax |
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![]() Lecture 21 A Structured Design Approach to Sequence |
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![]() Lecture 22 PLC Hardware Environment |
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![]() Lecture 23 Introduction To CNC Machines |
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![]() Lecture 24 Contour Generation and Motion Control |
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![]() Lecture 25 Flow Control Valves |
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![]() Lecture 36 Embedded Systems |
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![]() Lecture 39 Higher Level Automation Systems |
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![]() Module 1 - Lecture 2 Multi-layered Neural Networks |
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![]() Module 1 - Lecture 3 Back Propagation Algorithm Revisited |
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![]() Module 1 - Lecture 4 Non-linear System Analysis (Part 1) |
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![]() Module 1 - Lecture 5 Non-linear System Analysis (Part 2) |
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![]() Module 1 - Lecture 6 Radial Basis Function Networks |
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![]() Module 1 - Lecture 7 Adaptive Learning Rate |
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![]() Module 1 - Lecture 8 Weight Update Rules |
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![]() Module 1 - Lecture 9 Recurrent Networks Back Propagation Through Time |
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![]() Module 1 - Lecture 10 Recurrent Networks Real Time Recurrent Learning |
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![]() Module 1 - Lecture 11 Self-Organizing Map - Multidimensional Networks |
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![]() Module 2 - Lecture 1 Fuzzy sets - A Primer |
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![]() Module 2 - Lecture 2 Fuzzy Relations |
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![]() Module 2 - Lecture 3 Fuzzy Rule-base and Approximate Reasoning |
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![]() Module 2 - Lecture 4 Introduction to Fuzzy Logic Control |
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![]() Module 3 - Lecture 1 Neural Control: A Review |
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![]() Module 3 - Lecture 3 Neural Model of a Robot Manipulator |
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![]() Module 3 - Lecture 4 Indirect Adaptive Control of a Robot Manipulator |
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![]() Module 3 - Lecture 5 Adaptive Neural Control for Affine Systems SISO |
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![]() Module 3 - Lecture 6 Adaptive Neural Control for Affine Systems MIMO |
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![]() Module 3 - Lecture 7 Visual Motor Coordination with KSOM |
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![]() Module 3 - Lecture 8 Visual Motor Coordination - Quantum Clustering |
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![]() Module 3 - Lecture 9 Direct Adaptive Control of Manipulators |
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![]() Module 3 - Lecture 10 NN-based Back Stepping Control |
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![]() Module 4 - Lecture 3 Fuzzy Control of a pH Reactor |
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![]() Module 4 - Lecture 4 Fuzzy Lyapunov Controller - Computing with Words |
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![]() Module 4 - Lecture 5 Controller Design for a T-S Fuzzy Model |
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![]() Module 4 - Lecture 6 Linear Controllers using T-S Fuzzy Model |
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![]() Lecture 1 Introduction and Course Outline |
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![]() Lecture 3 Data and Signal |
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![]() Lecture 4 Transmission Impairments and Channel Capacity |
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![]() Lecture 7 Transmission of Digital Signal (Part 1) |
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![]() Lecture 8 Transmission of Digital Signal (Part 2) |
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![]() Lecture 15 Error Detection and Correction |
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![]() Lecture 16 Flow and Error Control |
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![]() Lecture 17 Data Link Control |
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![]() Lecture 18 Switching Techniques Circuit Switching |
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![]() Lecture 19 Switching Techniques Packet Switching |
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![]() Lecture 20 Routing (Part 1) |
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![]() Lecture 37 Audio and Video Compression |
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![]() Lecture 19 CGI Scripts |
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![]() Lecture 21 PERL (Part 1) |
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![]() Lecture 22 PERL (Part 2) |
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![]() Lecture 23 PERL (Part 3) |
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![]() Lecture 24 PERL (Part 4) |
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![]() Lecture 25 Javascript (Part 1) |
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![]() Lecture 26 Javascript (Part 2) |
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![]() Lecture 27 Using Cookies |
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![]() Lecture 28 Java Applets (Part 1) |
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![]() Lecture 29 Java Applets (Part 2) |
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![]() Lecture 30 Client-Server Programming in Java |
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![]() Lecture 32 Basic Cryptographic Concepts (Part 1) |
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![]() Lecture 33 Basic Cryptographic Concepts (Part 2) |
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![]() Lecture 34 Basic Cryptographic Concepts (Part 3) |
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![]() Lecture 35 Electronic Commerce |
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