nileshgecv Goto Github PK

bidirectional-visitor-counter-with-cloud-based-realtime-analytics-using-nodemcu-esp8266-pir-sensor

Keeping track on day to day visitor count is not much Handy. Sometime few Visitor enter without tickets as result we are not able to get exact number of visitors. Also, Currently it is not possible to keep track on number of visitor inside as a result Sometime it create crowdy situation . So I am proposing a Bidirectional Visitor Counter with Cloud based Realtime Analytics. Putting NodeMCU ESP8266 at entrance and exit gate to count to number of person entry inside the hall and number of visitor exit simultaneously. Also we will be able to get live update on number of visitor inside the hall. It will also help to create a Day to day no. of visitor database with detailed analytics.

blynk-library

Blynk library for embedded hardware. Works with Arduino, ESP8266, Raspberry Pi, Intel Edison/Galileo, LinkIt ONE, Particle Core/Photon, Energia, ARM mbed, etc.

call-center-application---salesforce

A mobile-based and web-based Call Centre application for ABC Company to provide 24/7 support for their customers and partners via multiple channels such as Web, Email, or Phone.

dsc-introduction-to-pac-learning-theory-dc-ds-career-042219

ics_solutions

micro-strip-patch-antenna

Wireless technology is one of the main areas of research in the world of communication systems today and a study of communication systems is incomplete without an understanding of the operation and fabrication of antennas. The main aim of this work is to design, develop and test the Microstrip Patch antenna.This study also emphasizes on simulation of micro-strip patch antenna using HFSS software & study the radiation pattern & radiation pattern parameters and comparison with specifications/requirements. Inset feed technique was adopted. This work is also focused on characterization of fabricated antenna in view of parameters like VSWR, Antenna efficiency, Axial ratio, Gain and radiation pattern.

smart-irrigation-system

There are many problems associated with irrigation system in developing country- Low water availability , Required high man power , Hard to manage big farm and Poor mechanism of Irrigation . So I am proposing a smart irrigation system controlled with mobile using IoT . With this proposed system anyone can control irrigation of farm from anywhere. It will make irrigation process more efficient and workers can concentrate on other important farming tasks.