Wisdom of the Crowed Midterm Review High Speed Digital Systems Lab

Herds owners deal with control difficulties. It reflects in daily problems, for example: Herd’s members Stealing Following health status Real time monitoring.

Herd’s members would wear the smart collar Each smart collar receives GPS and sensors data The collars share data through WIFI Real time data will be transferred to the base station Owners will have an easy way to control their herd.

WIFI Cellular GPS & Sensor

Main goal - design a stand alone unit, supports the following: Receive and process GPS and sensors data Receive and process GPS and sensors data Communicate with a similar unit through WIFI Communicate with a similar unit through WIFI Send data from a single unit (Master) to “base station” by cellular communication Send data from a single unit (Master) to “base station” by cellular communication

Arduino Nano ESP WIFI GPS Module Server Cellular Heat Sensor GPS Module Heat Sensor Cellular Module Cellular Module

Master Control WIFI Master GPS Heat Cellular Server Slave Control WIFI Slave GPS Heat Master Slave user

The device will be implemented on an Arduino Nano board. Hardware : Arduino Nano v3.0Tmega WIfI module ESP8266 GPS module U-blox NEO 6 Heat sensor Cellular module Software : Arduino programming language C programming language

Cellular communication requires more power then WIFI Cellular communication requires more power then WIFI The user will be updated constantly – but not too often (power preservation) The user will be updated constantly – but not too often (power preservation) The user will be updated immediately in case of critical situations (low temperature, distanced sheep) The user will be updated immediately in case of critical situations (low temperature, distanced sheep)

SLAVE will receive data from it’s sensors every 30 seconds SLAVE will receive data from it’s sensors every 30 seconds SLAVE will send data to the MASTER every 30 seconds SLAVE will send data to the MASTER every 30 seconds

MASTER will send data to the SERVER constantly every 3 minutes - “long periods” MASTER will send data to the SERVER constantly every 3 minutes - “long periods” MASTER will send data to the SERVER immediately in case of critical situations MASTER will send data to the SERVER immediately in case of critical situations

Getting familiar with the Arduino environment  Getting familiar with the Arduino environment  Successfully receive data from potentiometer  Successfully receive data from potentiometer  Configure the WIFI module to act as an access point  Configure the WIFI module to act as an access point  Successfully transfer data between 2 Arduino through WIFI  Successfully transfer data between 2 Arduino through WIFI  Set data transfer policy  Set data transfer policy  Gap: learning GPS module Gap: learning GPS module

July למידה איך בונים server למידה וניסוי הרכיב הסלולרי תקופת מבחנים למידה וניסוי רכיב GPS כתיבת דו " ח פרויקט ומצגת סוף מצגת סוף כתיבת תוכנו לארדוינו בניית server אינטגרציה של הרכיבים בדיקות מערכת

GPS and heat sensor accuracy testing GPS and heat sensor accuracy testing Communication between 2 devices through WIFI Communication between 2 devices through WIFI Data transfer between master and slave Data transfer between master and slave Data transfer between master and base station through Data transfer between master and base station through cellular communication cellular communication End to end system testing End to end system testing