As we know, MQTT is some protocol used for IOT today. There are 3 components involved in MQTT:

1. Publisher  – It will read the temperature value and publish over the topic such as “temp”
2. Broker receives the temperature value over a topic such as “temp”. Then, its immediately distributes / sends the value to all the subscribers of the topic “temp”.
3. All the subscribers of topic “temp” receives the value.

In this tutorial, we will learned on how to install and run MQTT mosquitto broker on windows 10. Credit to this website:

https://medium.com/@shikhar022/steps-to-install-mosquitto-broker-on-windows-10-aec2141d962c

ITEM NEEDED

1. 1. Please download Mosquitto cygwin build from here
   2. Please download Windows XP build from here
   3. Then, extract the Windows XP build into a specific location in to your system.
   4. Run the Mosquitto cygwin build (from step1) for installation, it will fail the first time but don’t worry, everything is fine, keep following the steps
   5. Now go to the extracted version of XP build (from step 2) and find the following files:

      cygcrypto-1.0.0.dll
      cyggcc_s-1.dll
      cygssl-1.0.0.dll
      cygwin1.dll
      cygz.dll
      libeay32.dll
      libssl32.dll
      msvcr100.dll
      pthreadVC2.dll
      ssleay32.dll

   6. Copy the above files from XP build to the installation directory of Cygwin build which failed in step 4, by default mosquitto will install itself in C:\Program File(x86)\mosquitto.

   7. Now run the cygwin build exe installer again. It will run normally this time. click on Finish.

   8. Run the CMD as administrator. Find the location folder of mosquitto. For example: c:\Program Files\mosquitto>
   9. Run the mosquitto.exe. c:\Program Files\mosquitto>mosquitto.exe

10. To check where it run or not can type: mosquitto -v and the output will be like picture above.

11. We also can check by type: netstat -a (command to find out which all ports are running in the system)

If everything is working fine, you should be able to see the following output:

11.  Done

Semester 1

• Academic Calendar 2019/2020 (IMG)
• Academic Calendar 2019/2020 (PDF)

• SKMM 1013– Programming for Engineer
• SKMM 3233 – Control Engineering
• SKMM 3242 – Instrumentation

• SKMM2912 – Electric Lab
• SKMM2912 – Dinamic Lab

POSTED BY: VILLE SALMINEN

sudo apt-get update
sudo apt-get upgrade

sudo apt-get install linux-headers-$(uname -r) virtualbox-guest-dkms virtualbox-guest-x11

sudo adduser pi vboxsf

shutdown -h now

BENGKEL TRAINING OF TRAINER (TOT) SISTEM MY e-PORTFOLIO UTM

FAKULTI KEJURUTERAAN MEKANIKAL

Pihak universiti telah memutuskan pelaksanaan  e-Portfolio sebanyak 80% pada Semester II Sesi 2017/2018 .  Oleh itu, satu bengkel akan diadakan bagi mendapatkan maklumat lanjut dan cara penggunaan Sistem My e-Portfolio UTM seperti berikut:

Tarikh              :           20 Februari, 2018 (Selasa)

Masa                :           2.00 – 5.00 petang
Tempat            :           Dewan Seminar Blok C23

                                     Fakulti Kejuruteraan Mekanikal, UTM Johor Bahru

Aturcara:
02:00 – 02:30   Taklimat Pelaksanaan Sistem MY e-Portfolio UTM

oleh Prof. Madya Dr. Intan Zaurah Mat Darus, Timbalan Dekan Pengajian Prasiswazah (UGS)

02:30 – 05:00    Bengkel Penggunaan Sistem MY e-Portfolio UTM

Fasilitator/Pengajar:

a)    En. Mohd Subha bin Salleh, Perpustakaan Raja Zarith Sofiah (PRZS)

b)    En. Syed Mohd Anwar Alhabshi bin Syed Hamed,  Pusat Sistem Maklumat & Komunikasi (CICT)

3.      Sehubungan dengan itu, semua staf diwajbikan hadir dan bawa bersama lap top masing-masing.  Segala kerjasama yang diberikan didahului dengan ucapan ribuan terima kasih.

Tentatif Program
▪9.00-9.15 pg: Pendaftaran
▪9.15-10.00 pg: Sesi Talk DNC
▪10.00-10.45: Sesi soal jawab

Pusat Kepimpinan Akademik UTM (UTMLead) akan mengadakan sesi pertemuan di atas.  Sehubungan dengan itu, YBhg Prof./Prof. Madya/Dr., adalah dijemput hadir.  Maklumat lanjut seperti berikut:

Tarikh      :     7 Mac 2018 (Rabu)
Masa       :     9.00 pagi – 12.30 tengahari
Tempat    :    Dewan UTMLead, Bangunan Pusat Siswazah (F54), UTM Johor Bahru

3.     Sehubungan dengan itu, kerjasama YBhg. Prof./Prof. Madya/Dr. adalah diminta untuk mengesahkan kehadiran ke sesi pada atau sebelum  5 Mac 2018 bagi tindakan lanjut pihak urusetia.

Terima kasih

​

Nota: Majlis Amanat Tahun Baharu 2018 oleh YB Menteri Pengajian Tinggi akan diadakan pada Khamis, 11 Januari 2018 dan akan ditayangkan secara lintas langsung ke UTM.

Collaboration on Software Defined Radio Solutions for future 5th Generation (5G) Mobile Communications between UTM and NI Malaysia.

January 11, 2018 by suzalphakl

KUALA LUMPUR, 11 Jan 2017: – Universiti Teknologi Malaysia (UTM) and National Instruments today have signed a Memorandum of Understanding (MoU) to intensify collaboration and partnership in the research and development (R&D) of software defined radio solutions for future 5th Generation (5G) mobile communications. Under the terms of the MoU, UTM represented by their Wireless Communication Centre (WCC), the only recognized Higher Institution Centre of Excellence (HICoE) in 5G research by the Ministry of Education Malaysia, and NI will collaborate on R&D projects utilising NI’s software defined radio and LabVIEW integrated software development environment to enable rapid in house prototyping of UTM’s research and innovation. Both parties will engage in sharing of knowledge on the application of NI’s tools and equipment for 5G R&Ds, and facilitate the exchange of staff and researchers.

The partnership between NI and UTM plays an important role in promoting the industry-academia collaboration, strategically aligned with Malaysia’s Education Blueprint 2015-2025 and UTM Global Plan 2012-2020, with the aim of producing world class research outcomes. NI has a long history of providing a range of hardware and software development equipment, as well as visual programming tools, for test and development professionals. NI is currently collaborating globally with top researchers in leading international research institutions to accelerate the R&D of 5G technology using integrated platform that combines off-the-shelf LabVIEW Communications software and software defined radio hardware. NI will share their expertise and research collaboration experience to accelerate UTM’s discovery in countless 5G innovative applications. The next generation 5G mobile communication technology is expected to be standardised and launched by the year 2020. This new exciting 5G technology will not only support multi-gigabits per second enhanced broadband, but will also support massive internet of things (IoT) and ultra-reliable ultra-low latency applications such as autonomous driving and industrial automation. To address the above mentioned and challenging requirements, new radio and innovative signal processing technology is the key to boost and improve the spectral efficiency and latency of wireless communication. One important goal from this MoU is for WCC UTM, with NI as industry research collaborator, to develop innovative software defined radio solutions that can further improve the spectral efficiency and latency of wireless communications. The MoU document was signed by UTM’s Deputy Vice-Chancellor (Research & Innovation), Prof. Datuk Dr. Ahmad Fauzi Ismail and the Managing Director of NI Malaysia Sdn Bhd, Mr. Rajesh Purushothaman.

Source: Call for papers for International Conference on X-Ray and Related Technique in Research and Industry (ICXRI 2018)