- The digital course teaches you how to get started with VLSI design fundamentals, starting with digital design and programming using VHDL.
- The session starts with Introduction to VLSI technology and Why we have to learn VLSI ?
- The basic VHDL code syntax and structure are explored with clear examples, which are helpful for making the learning easier.
- The software EDA tool utilized here is MODELSIM 6.3 or QUARTUS II Software. The tool is easy to download and no license is required for the tool usage.
- The Course is apt for Freshers, Job seekers looking for Skill development in VLSI design fundamentals.
- For more details |& Advanced session Contact us.
Thursday, 14 December 2023
VLSI-Pro : Chip Design fundamentals - Free Session Link
Tuesday, 12 December 2023
Tech news update : New Video / 5G communication enhancement through QAM 64 & 256
Wednesday, 6 December 2023
Tech news update : New video uploaded on - ON CHIP IMAGE PROCESSING
Sunday, 15 October 2023
Parkinson disease detction through ensemble of Voice patterns and Key stroke dynamics #PhD #researchtopic
- tremers, Bradykinesia we call as slow in doing any activity,
- Muscle Rigidity that creates challenging muscle stiffness,
- Postural Instability unable to balance the co-ordination.
- Depression and Anxiety: Many individuals with Parkinson's experience mood disorders, including depression and anxiety.
- Cognitive Changes: Cognitive impairment can occur, and some people may develop dementia in advanced stages.
- Sleep Disturbances: Sleep problems such as insomnia and restless leg syndrome are common.
- Autonomic Dysfunction: This can lead to issues like constipation, urinary problems, and orthostatic hypotension (a drop in blood pressure when standing up).
- Loss of Smell: A reduced ability to smell is often an early non-motor symptom.
- Speech and Swallowing Difficulties: Parkinson's can affect the muscles involved in speech and swallowing, leading to issues in these areas
Friday, 13 October 2023
Optimized SAD (OSAD) algorithm for Image similarity analysis
Optimized SAD (OSAD) algorithm
The Sum of Absolute Differences
(SAD) algorithm is a simple and widely used image processing technique used for
various computer vision tasks, including template matching and motion
estimation. It measures the similarity between two images by calculating the
absolute differences between corresponding pixel values and then summing up
these differences. The SAD algorithm is particularly useful in finding
similarities between a small template image and a larger target image.
Here's how the SAD algorithm works step by step:
- Template
and Target Images:
You have a template image (usually smaller) and a target image (usually
larger). The goal is to find where the template image best matches the
target image.
- Sliding
Window:
Place the template image at the top-left corner of the target image.
- Pixel-wise
Absolute Differences:
For each corresponding pixel in the template and target images, calculate
the absolute difference in pixel values. This is done by subtracting the
value of the corresponding pixel in the template from the value of the
pixel in the target image and taking the absolute value of the result.
- Sum
of Absolute Differences:
Sum up all the absolute differences calculated in step 3 to get a single
value representing the dissimilarity or "error" between the
template and the portion of the target image it currently covers.
- Move
the Window:
Slide the template one pixel to the right (or in any desired direction)
and repeat steps 3 and 4 to calculate the SAD value for the new position.
- Repeat: Continue sliding the
template over the target image until you have covered all possible
positions or until you find the position with the lowest SAD value.
- Matching
Location:
The position with the lowest SAD value represents the best match for the
template within the target image.
- Optimize
: the
results by comparing the obtained values with the reference images.
Applications of the SAD algorithm
include object detection, facial recognition, motion estimation in video
processing, and various pattern recognition tasks.
While the SAD algorithm is
conceptually straightforward, it can be computationally intensive, especially
for large images or when used in real-time applications. Therefore, optimizing
the algorithm, as mentioned in the previous response, can be crucial for
achieving good performance. This may involve using parallel processing,
efficient data structures, and other optimization techniques to speed up the
calculations.
Expected Energy Optimization for Real-Time Multiprocessor SoCs Running Periodic Tasks with Uncertain Execution Time
Design of energy-saving optimization approach for Multi-processor SoC task scheduling
Power saving is a challeging task in VLSI design perhaps the multiple processing SOC carry out more power consumption through system on chip model.
The low power VLSI architecture is capable of handling the leakage power within the circuit by altering the circuit level changes we call it as optimization.
Multi processor SOC architectures required optimized SOC systems with stable operating clock frequency.
The SoC blocks are composed of FSM enabled pipelines control mechanism. the prioritizing algorithm that holds various SOC modules put priority in the index thus handle the modules one by one without interrupting the other modules.
The best SOC platform also capable of handling the uncertain exceutions in the system architecture by providing safegaurd module as error monitor. the dynamic error monitor keep tracks the glitches and stack the pulses to produce recycled clock with stable Duty Cycle
DM for more details !!!
Thursday, 7 September 2023
Myocardial function detection through FPGA using Real-time sensor
- Heart rate sensor
- PPG sensor
- Microcontroller
- FPGA/ ASIC
- Display devices
- SImulation Tool XILINX ISE
- QUARTUS II 6.3G
- Arduino Studio ISE
- Thing Speak Platform
Thursday, 3 August 2023
Wednesday, 2 August 2023
Top 8 reasons why the SPICE tool is needed in VLSI circuit designs
- Digital gates and basic electronic circuit elements are included in the tool, making it easier and faster to build circuits. Any simple or computerized circuit or thought of making such a circuit is created with industry norms and testing the plan with different boundaries is coordinated inside the instrument.
- To really take a look at the exhibition of the circuit regarding DC examination, transient investigation, little sign examination, recurrence, and time investigation before it is genuinely finished, the SPICE tool does a ton with basic configurable advances.
- Waveform analysis and schematic-based circuit simulation are provided by the tool. The SPICE tool offers configurable values for the device, current, and voltage to tune the circuit and verify its performance.
- The result of the well-performing circuit is recorded as a component graph as text-portrayal further these parts are utilized for making a plan in the PCB board.
- VLSI frameworks are made with different combinational circuits and successive gadgets. to test the exhibition of the Advanced components like doors, and their exceptional conduct the pre-recreation model is required.
- Then again diminishing the part wastages, keeping away from some unacceptable hardware, and lessening some unacceptable manual setup, Flavor apparatuses are useful. The cost of development is lower. low intricacy in circuit planning is made.
- Faster design decision-making and faster design process are the important key benefits of SPICE tools. Researchers consider the tool for various innovative ideas generation.
- Regardless of environmental changes, these circuits tested with SPICE tools reduce the design failure rate. verifies the circuit functionality. Improves the product yield. Improves the noise analysis, for better simulation of DC transfer characteristics. Even more.
Friday, 7 July 2023
VLSI Crash Course for Beginners
Sunday, 4 June 2023
Artificial intelligence (AI) computing in VLSI systems
Wednesday, 18 January 2023
BUY ONLINE
IEEE 2022
QM2301 Design of smart FPGA logic attack detection system