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      To: ahmadfairuz@utem.edu.my From: ahmadfairuz@utem.edu.my Shared docs Hello, There is a shared document that needs your attention Kindly view or download secured document Please let me know if you have any difficulties.       Ahmad Fairuz Muhammad Amin Faculty of Electrical & Electronic Engineering Technology Universiti Teknikal Malaysia Melaka Tel: +606-2704059 Fax : +606-234 6526           Download file 1 file, 94.97 KB - Files will be deleted on Friday, May 15, 2020 Share via https://fil.email/s8XfYsRo docs 1031.pdf 94.97 KB To make sure our emails arrive, please add no-reply@filema...

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Tajuk : UNTAIAN KISAH PARA WALI ALLAH  Penyusun : Syed Ahmad Semait   Penerbit : Pustaka Nasional  Cetakan : Keempat (Singapura), 1996 ISBN:978-9971-77-311-2 Buku ini merupakan kumpulan cerita para Wali Allah yang suatu masa dulu menjadi bahan rujukan dan bacaan dikalangan masyarakat agamawan dan juga para pelajarnya bagi bertujuan untuk menyampaikan faedah, manfaat, tauladan, pelajaran dan nasihat. Buku ini berbentuk cerita pendek yang mengandungi 99 siri berbeza, diterjemahkan dari karya Allamah Alyafi’iy yang telah dicetak berulang kali sehingga versi keenam dari 1993 hingga 2004 dalam Bahasa Indonesia/Melayu. Method yang digunakan untuk menyampaikan pengajaran dalam keseluruhan buku ini ialah melalui penceritaan. Tradisi mengajar tersebut telah ada dalam banyak kebudayaan manusia, seperti Persia dan Nusantara. Islam yang pertama datang ke nusantara adalah Islam yang dibawa oleh orang-orang Persia lewat jalur perdagangan sehingga method penyebaran Is...

In recent years, there has been an increasing interest in quadcopter technology implementation in the real world; for instance in real estate photography, aerial surveying, periodic forest monitoring, and search/rescue missions. Generally, each quadcopter implementation required different sensors which are needed to attach and integrate into quadcopter system. However, the most critical part in almost cases is preparing the quadcopter flight performance and capability to be suited in any outdoor applications. Because of that reason, this paper has proposed an implementation of Open-Source Project (OSPs) platform as autonomous Unmanned Aerial Vehicle (UAV) quadcopter development that can be fitted for any outdoor applications or even in research experimental purposes. We started out with an explanation about the general approach that has been used in the development of a quadcopter testbed, and then followed with detail explanations in the OSP platform approach. The OSP platform is the...

The most critical part in almost cases in quadcopter implementation is preparing the quadcopter flight performance and capability to be suited in any outdoor applications, such as; real estate photography, aerial surveying, periodic forest monitoring, and search/rescue missions. Generally, each quadcopter implementation required different sensors which are needed to attach and integrate into quadcopter system. Therefore, this paper has proposed an implementation of Open-Source Project (OSPs) platform as autonomous Unmanned Aerial Vehicle (UAV) quadcopter development that can be fitted for any outdoor applications or even in research experimental purposes. The OSP platform is the most popular approach. The main reason is because of their flexibility in both hardware and software. We started out with detail explanations in the OSP platform approach. The basic quadcopter configuration for autonomous flight also presented and applied. This paper also provided several outdoor experiments ...

The quadrotor control system with the reactive Collision Avoidance System (CAS) function always require environmental information acquired directly from the onboard sensors. Without the input instruments, quadrotor system may not function to its full potential. In some cases, sensor capability is undermining the quadcopter collision avoidance algorithm and reduces the overall system performance. However, an appropriate sensor selection for a quadrotor requires special consideration, such as processor capability, CAS algorithm execution and payload constrains. Motivated by that phenomena, this paper presents a survey of onboard sensor for quadrotor CAS that has been developed and implemented. Fundamental collision avoidance system frameworks, some important issues in quadrotors CAS design requirements, several collision avoidance algorithms from previous works, and sensor selection considerations are reviewed. Furthermore, three different practical sensors that were used in quadrotors s...

Kertas kerja ini membincangkan tentang pembangunan teknologi android-robot menurut perspektif Islam. Android-robot ialah sebuah mesin robot yang dicipta dengan sepenuhnya menyerupai seseorang manusia (ataupun klon) dari semua aspek seperti pergerakan (movements), penampilan rupa paras(appearance), dan tingkah laku (behaviours). Kerja penyelidikan dalam bidang ini telah dimulakan secara aktif sekitar tahun 2002. Kajian berkaitan ilmu sains dan teknologi ini dikenali sebagai Sains Android (Android Science) dan ianya masih berterusan. Sehingga kertas kerja ini ditulis, saintis telah berjaya menghasilkan penampilan rupa paras individu tertentu dalam sebuah robot yang boleh dikawal sepenuhnya untuk bercakap, mendengar perbualan, mampu berinteraksi dengan memberi beberapa ekspresi muka, melihat persekitaran dan membuat tidak balas yang bersesuaian. Namun , robot ini belum mampu berjalan. Hasilnya, teknologi ini telah mula digunakan untuk membantu manusia di Jepun bagi sesetengah pekerjaan ...

Voice changer with effects Baviux App Ratings: (1,040,672) Play Store PASANG Change your voice and have fun listening to your modified voice! Record your voice, apply effects, and share them with your friends. You can send your changed voices directly from Whatsapp! INCLUDES FOLLOWING EFFECTS: • Normal • Helium • Hexafluoride • Robot • Big robot • Cave • Space mutant • Deep voice • Backwards • Monster • Small creature • Optimus Robot • Telephone • Dragon • Nervous • Extraterrestrial • Cathedral • Cyborg • Singing chipmunks • Android • Drunk • Giant • Squirrel • Dark side • Grand Canyon • Fly • Zombie • Child • Underwater • Duck • Evil puppet • Battery low • Shrinking • Devil • Megaphone • Fan • Ghost • Alien • Small alien • Villain • Sheep • Death • Everything is spinning • Overlord FEATURES: ✓ Share (whatsapp...

1. Theory 2. Example Circular motion start at (Px 1 ,Py 1 ,theta 1 ) = (5,4,128.6598 o ) with 30 o angular displacement. 3. Code #include <iostream> #include <iomanip> #include <math.h> #define PI 3.14159265 using namespace std; int main () {             double motion0[4] = {5,4,128.6598,30}; // Example Starting :{Px1,Py1,theta1,dtime}        double dtheta = 30 * (PI/180);        double radius = 6.4031;        double motion1[4] ; // {Px2,Py2,theta2,dtime}               cout << motion0[0] << ";" << motion0[1] << ";" << motion0[2] << endl;        motion0[2] = motion0[2] * (PI/180); //Change to radians for ( int i = 0; i < 20; i++)  ...

1. Theory 2. Code #include <iostream> #include <math.h> using namespace std; int main () { double r = 7; // put the value of radius of circle double h = 2, k = 3; // (h,k) = center of circle coordinate double x = 0, y = 0; // (x,y) = circle coordinate double theta = 0; // in radians, start with 0 rad for(int i = 0; i < 80 ;i++) // Pick 40 points or more ( { x = (cos(theta) * r); // x value, start value is equal with r (cos (0) = 1) y = sqrt(abs(r*r - x*x)); // Determine y value if (theta > 3.1415926535897932384626433832795) // Add offset with center of circle, PI is C&P from Calculator { x = x + h; y = -y + k;} else { x = x + h; y = y + k; } cout  << x << ";" << y << endl; theta = theta + 0.07853975; // Next x value (PI/40 or somethings else) } system("PAUSE"); return 0; } 3. Sample Console Output 9;3 8.97842;3.54921 8.91382;4.09504 8.80659;4.63...

Date Taken : 01/27/15, 6:05 pm UTC+9

Banyak komen berbentuk pertanyaan yang berkaitan pengajian dan juga perjawatan di FTK UTeM. Terima kasih diucapkan. Maaf saya tidak dapat menjawab semuanya. Saya mohon, sekira ada pertanyaan berkaitan UTeM dan FTK selepas ini boleh terus kepada link berikut dan dapatkan nombor telefon atau email pegawai yang berkaitan dan tanyakan secara terus. Mudahan mereka akan dapat membantu secara rasmi dan lebih formal. 1. FTK -  http://www.utem.edu.my/ftk/  2. UTeM -  http://www.utem.edu.my/web2012/ 3. Jawatan Kosong di FTK UTeM - Saya cadangkan berhubung dengan Ketua Jabatan FTK. Rujuk Link 1. Terima kasih. Sulaiman Osaka University

Secara ringkas, tempoh permohonan jawatan berikut adalah terbuka, namun saya menjangkakan inilah masa terbaik kepada yang berminat dan berkelayakan. Saya hanya mempromosikan, bukan menawarkan. Jawatan pertama ialah  PENSYARAH ( CGPA >3.00 dan memiliki Master dalam bidang berkaitan) dan jawatan kedua ialah JURUTERA PENGAJAR (Degree dalam bidang berkaitan dan pengalaman Industri >3 tahun) . Berikut adalah bidang berkaitan yang di nyatakan. ----------------------------------------------- "Telekomunikasi (Satellite Communication, Mobile Communication, Optical Communications, Optoelectronic, Antenna Engineering, Telecommunication Switching System, Remote Sensing, etc)" "Elektronik Industri (Embedded Systems, Power Electronic, Industrial Robotic, Electrical Drives & Control, PLC, etc)" "Sistem Komputer (Real Time Systems, Computer Interfacing, VLSI Design & Fabrication,  IC Design, Image & Video Processing, Computer Network...

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Update 10-3-2014 http://www.timeshighereducation.co.uk/world-university-rankings/2013-14/world-ranking/range/001-200/order/country%7Casc -- SULAIMAN SABIKAN via Gmail

Update 10-3-2014.  http://www.timeshighereducation.co.uk/world-university-rankings/2013-14/world-ranking/range/001-200/order/country%7Casc   -- SULAIMAN SABIKAN via Gmail

1. Boleh setting blogger untuk post melalui email tanpa login into blogger.com. 2. Pertama, tambah setting pada blogger, Setting > Mobile and email > Posting using email. 3. 1 Kelebihan. Ringkas, tanpa perlu menggunakan editor blogger.com . 4. 1 Kekurangan. Apabila email address itu menerima email Spam, ia akan terus publish di blog. Ini tidak disenangi. 5. Kekurangan tersebut perlu diatasi dengan menukar email address. 6. Selesai. 7. Terima kasih. -- SULAIMAN SABIKAN via Gmail

Ada 1 kerja yang perlu saya utamakan dalam tahun ini, dan mudahan ia berfungsi dan bergerak dengan baik serta betul seperti yang dirancangkan. Apa dia? PHD. Dan ini muka saya sebelum phd.