VLSI System Design Blog
1,336 FOLLOWERS
VLSI System Design Blog tells about the flow and basic fundamental concepts of chip designing. The blog will help as a knowledge sharing tool for non-VLSI Engineers to learn about Chip Design.
VLSI System Design Blog
3w ago
Above image captures a moment from an event at NIAS, IISc Bangalore, where high school students, finalists of a chip design program, amazed everyone by ..read more
VLSI System Design Blog
1M ago
Task-1 : Installing the Oracle Virutal Machine and running Basic C Program For installing the oracle virutal machine go through the folling website https://www.virtualbox.org/wiki/Downloads install the ..read more
VLSI System Design Blog
1M ago
Water level monitoring and control in water tank Introduction A water level monitoring system uses an ultrasonic sensor to measure the distance to the water ..read more
VLSI System Design Blog
2M ago
This implementation has been forked and edited to support VSDSquadron Real Time implementation from BitNetMCU: High Accuracy Low-Bit Quantized Neural Networks on a low-end Microcontroller
Due to Low flash space available on VSDSquadron Mini, we had to reduce number of layers in neural network as compared to demo implementation
Content
Overview
Components Required
Project Flow
Circuit Diagram
BitNetMcu Implementation
Training Neural Network model
Exporting Model weights to C file for using with VSD
Testing Output prediction of model
Generating dll file for inference
Uploading BitNetM ..read more
VLSI System Design Blog
2M ago
Task-1 : Installing the Oracle Virutal Machine and running Basic C Program
For installing the oracle virutal machine go through the folling website https://www.virtualbox.org/wiki/Downloads
install the virtual machie
We are creating the Virtual Hard Disk by including the VDI file
Now we are starting compiling with simple c program
Type the following commands
$ cd
$ gedit sum1ton.c
we will get an interface page to write c program
save the program and compile it
$ gcc sum1ton.c
$ ./a.out
we can see the output sum of 6 numbers is 21
compiling same program with ris ..read more
VLSI System Design Blog
2M ago
Overview
The Handheld Gaming Console project integrates a RISC-V microcontroller to create a portable gaming system featuring a OLED display and tactile buttons. This console allows users to play classic games like Snake and Pong, with the RISC-V microcontroller managing game logic, user input, and rendering graphics. Additionally, a sound module provides audio feedback to enhance the gaming experience. This project demonstrates the innovative use of RISC-V technology in creating an immersive and interactive gaming solution.
Components Required
VSDSquadron Mini
Oled Display
Push buttons (5 ..read more
VLSI System Design Blog
2M ago
Introduction
Introducing Secure Saiyan, our digital lock system. This innovative security solution allows users to input their unique passcode via the keypad, which is processed by the VSD Squadron Mini to verify entry authorization. Upon correct code entry, the VSD Squadron Mini activates the servo motor, rotating the door handle to unlock the door. This system ensures not only security but also offers ease of use, making it suitable for various settings.
Overview
The Secure Saiyan provides a modern, secure method of entry, integrating technology to improve traditional locking mechanisms. T ..read more
VLSI System Design Blog
2M ago
Introduction
The “Smart Plant Care” project is an innovative IoT solution aimed at optimizing plant growth by monitoring essential environmental parameters. By leveraging advanced sensors and microcontrollers, our system measures the moisture content of the soil, temperature, and humidity. This information is crucial for maintaining optimal plant health and growth. The project addresses the increasing need for efficient plant care in both residential and agricultural settings, ensuring that plants receive the right amount of water at the right time.
Overview
The Smart Plant Care system operat ..read more
VLSI System Design Blog
2M ago
Water level monitoring and control in water tank
Introduction
A water level monitoring system uses an ultrasonic sensor to measure the distance to the water surface in a tank. The VSD Squadron Mini Developement Board processes this data to determine the water level. If the level drops below a certain threshold, the system can activate a servo motor to refill the tank. It alerts users with an LED or buzzer when the water level is low, ensuring efficient water management.
Components Required
-VSD Squadron Mini developement board -Servo motor -HC-SR04 Ultrasonic Sensor -External Power Supply ..read more
VLSI System Design Blog
2M ago
Introduction
Our home safety system integrates a smart lock and a burglar detection mechanism to enhance your home’s security. The smart lock operates with a password entry system, allowing only authorized individuals to unlock the door. In addition, the burglar detector monitors the premises when the house is locked. If an intruder is detected, the system triggers an alarm to alert you immediately. This dual-layered approach ensures robust protection against unauthorized access and potential break-ins.
Overview
The home safety system showcased here introduces an innovative solution utilizi ..read more