Drive Test GNet Track App

Drive Test

 

I. Introduction 

    Drive testing requires a mobile vehicle outfitted with drive testing measurement equipment. This ensures measurements are realistic and comparable to actual user experiences.

II. G-Net Track Pro 

    G-NetTrack Pro is a wireless network monitor and drive test tool for Android OS devices. It allows monitoring and logging of mobile network parameters without using specialized equipment. It’s a tool and it’s a toy. It can be used by professionals to get better insight on the network or by radio enthusiasts to learn more about wireless networks.

    

III. Methodology

    

   

IV. Testing and Experiment

    

We use Network Signal Info Pro app (Android App) for finding antenna site before testing.  We use smart antenna site at Koh Pich.

    After we find the Smart Antenna Site, we’re draw a road where test surrounding the sector (over 500m from the sector). Here we draw road for testing via Google Earth than upload in Gnet-Track Pro app.

V. Result (GNet Look Analysis) 

    i. 2G (GSM)

        a. Level

        b. Speed

        c. Download

        d. Upload

    ii. 3G (WCDMA)

        a. Level

        b. Speed

        c. Download

        d. Upload

    iii. 4G (LTE)

        a. Level

        b. Speed

        c. Download

        d. Upload

VI. Conclusion 

    

    In conclusion, this project drive test using G-Net Track and G-Net Look are easier for testing for learn and provides advanced drive test survey analytics, even drive or walk we can do it by surrounding the three sectors to see speed for 3 different kinds of speed (2G, 3G, 4G).

VII. References

• Senior year 4 (Generation 5^th)
• https://www.gyokovsolutions.com/G-NetLook_Android.html
• https://www.youtube.com/watch?v=ZUq2bW5GwDE
• https://drive.google.com/drive/folders/1D9YhoYzojbf8A0S5YS9iTWbTplK9SDYL?usp=sharing   (Testing File Smart antenna site at Koh Pich 2G, 3G, 4G in google drive) 
• https://www.youtube.com/channel/UC5VQPisVLXQ_vwBz5TyzqeQ (My Youtube Channel link) 

YouTube Link:

https://www.youtube.com/watch?v=UYFGR5tc2fU Part 1

YouTube Link:

https://www.youtube.com/watch?v=riNwxxjq9Gk Part 2

 

     

Drive Test: G-Net Track

Drive Test

Exercises Chapter 4

Exercises Chapter 4

Relay

Controlling an electronics with relay

What is relay? How relay work?

Relays are switches that open and close circuits electromagnetically or electronically. Relays control one electrical circuit by opening and closing contacts in another circuit. As relay diagrams show, when a relay contact is normally open (NO), there is an open contact when the relay is not energized. When a relay contact is Normally Closed (NC), there is a closed contact when the relay is not energized. In either case, applying electrical current to the contacts will change their state. 

What is NO NC and COM in relay?

C = Common Connection

NC = Normally Closed Connection

NO = Normally Open Connection

AND HERE THE VIDEO: 

Project 1: How To Controlling AC Light LED Relay? 

AC is alternating current 220v (Cambodia) which powers the ac lights. Arduino cannot control high volt n amp, but a relay can do this job, which is the sole design of it. so we are using relay as switch to control high power devices.

COMPONENTS AND SUPPLIES: 

 

AC Light LED

AC Light LED male jack

AC Light LED

AC male power jack 

jamper

5V Relay module 220v

Here the video but I use Arduino UNO for gave to voltages (5v) convert from the 220v to 5v into the relay and to controlling AC light LED.

Demo:

Project 2: How To Controlling LED With Relay Using Arduino?

In this tutorial, I will show how to interface a 5V relay with Arduino and control LED.

COMPONENTS AND SUPPLIES:

Arduino UNO 

1N4007-High Voltages, High Current, Rated Diode

General Purpose Transistor LM-BC547 

Relay 5v One Channel

 Why we use Transistor LM-BC547?

5V relay needs about 200mA current at 5V. But the digital pins of Arduino provides only 20 mA current. So Arduino cannot drive the relay directly. So as amplifier we need to used a transistor to drive the relay.

Why we use Diode?

The relay cannot change it’s current instantly, diode provides a path for the current when the coil is switched off. Otherwise, a voltage spike will occur causing arcing on switch contacts or possibly destroying switching transistors. These types of diodes allow only the flow of electrical current in one direction only. So, it can be used for the conversion of AC power to DC.

Here the video but I use Arduino UNO for gave to voltages (5v) convert from the 220v to 5v into the relay and to controlling LED.

Schematic:

PCB:

3D:

Testing:

Result:

Demo:

Project 3: How To Controlling LED With Relay Using Two Button?

In this tutorial, I will show how to interface a 5V relay with Arduino and control LED and we using two button. The first button is push the button to turn the LED ON and the second push the button to turn the LED OFF.
With this project we need to should two relay or we can use relay two channel.

COMPONENTS AND SUPPLIES:

Arduino UNO 

Relay two channel or two relays 

Jumper 

Two push buttons 

Schematic:

PCB:

3D:

Result:

Demo:

Project 4: How To Controlling Motor With Relay Using Three Button?

In this tutorial, I will show how to interface a 4 relays 5v with DC power and control motor and we using 3 button that can make a dc motor start, stop and a reverse. The thing is that when you push the start or the reverse button the motor need to keep running.

A three button function:

• one button starts the motor forward
• one button starts the motor in reverse
• one button stops the motor

COMPONENTS AND SUPPLIES:

DC Motor

4 relays

3 buttons

Schematic:

PCB:

3D:

Result: