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ICS

 ICS brochure (pdf)

Research Groups & Projects

Airship Based & Satellite Based Communication Platforms

 

ICS-SAT Poster (May 2019) (as pdf)

 

 

Open Tasks for finishing prototype system:

مسألة

موارد  البشرية الداخلية المطلوبة

الكلفة المواد وتوكيل العمل لجهة خارجية

السنة

TEMOLeb-Mintad Gas filling

2 Technicians,  4 MM (man months)

5000$

2019

TEMOLeb-Mintad& TEMOLeb-SAT solar panels and system

-

2000$ (عماد نصوح)

2019

TEMOLeb-Mintad Control System development & Validation (simulink/scilab)

Eng., 5 MM

400$

2019

TEMOLeb-Mintad Actuators, Wings integration

2 Technicians, 2 MM

1000$

2019

TEMOLeb-Mintad Sensors integration

Eng., 1 MM

300$

2019

TEMOLeb-SAT Actuator (chem.)

1 Technician, 1 MM

1500$

2019

TEMOLeb-SAT Platform Integration

1 Technician, 1/2 MM

500$

2019

TEMOLeb-Mintad Telemetry Unit

2 Eng., 6 MM

3000$

2020

TEMOLeb-SAT Telemetry Unit

2 Eng., 6 MM

3000$

2020

TEMOLeb-Mintad COM Unit (Payload)

   

2020

TEMOLeb-SAT COM Unit (Payload)

   

2020

COM System 

Time Plan for COM System (Last update: 16.2.2020)

Title

Description

Estimated Time

Status

Task 1: Introduction

HackRF

Introduce HackRF and getting start with, a brochure summarize the main info should be prepared and established

5 days

Done

SDR (Software Defined Radio)

Introduce and understand SDR workflow and check for its available software

5 days

Done

Task 2: Getting Start

Receiving signal

Use available SDR software to receiving signal using HackRF

2 days

Done

Transmitting signal

Use available SDR software to transmitting signal using HackRF

2 days

Done

Pentoo OS

Prepare Pentoo OS on a machine or USB image to be used with the HackRF

2 days

Done

GnuRadio

Getting start with GnuRadio compain and make some tutorials

3 days

Done

Raspberry&GnuRadio

Install GnuRadio on Raspberry Pi OS and make some testes

4 days

In progress

Task 3: System 1 (Send and receive system “separately”)

Make a Sender

Build a system to send a RF signal using a HackRF and Raspberry Pi.

4 days

 

Make a Receiver

Build a system to receive a RF signal using a HackRF and developed SDR software

7 days

 

Task 4: System 2 (Send\Receive system)

Raspberry S\R

Update the Raspberry Pi system to make it two way communication sys (send\receive)

3 days

 

SDR software S\R

Update the developed SDR software to make it two way communication sys. (send\Receive)

3 days

 

Task 5: System 3: Lotte System

Arduino > Raspberry

Connect Arduino to Raspberry and send and receive data from it using USB connection

5 days

 

Raspberry > HackRF

Use HackRF to send Arduino data, and to receive command for it

10 days

 

HackRF > Gui

Use a Windows developed software to receive sent data from the raspberry side to be access

10 days

 

 

Total time: 65 days,                                       Spent time:  20 days,                     Remaining time:  45 days

 

 

Ambulance & Emergency Communication Systems

 

Institute Director

Eng. Mahmoud Jandal Zohby

Email: This email address is being protected from spambots. You need JavaScript enabled to view it.

Tel. +961 3 671 621