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analysis and stability analysis ECE 638 – Nano-Optical Devices experienced by the user. This course
(Dynamic and transient). Credit Hour: 3 will examine techniques to develop
ECE 634 - Optoelectronic Devices Prerequisite: Graduate Standing Ajax applications. It will look at the
underlying techniques; explore client-
and Circuits Recently, research has focused side tools, and server-side tools.
Credit Hour: 3 on a new range of materials and ITE 510 – Advanced Data
Prerequisite: Graduate Standing technologies that fall under the Communication and Computer
umbrella of nanotechnology. Optical
This course introduces in depth the devices, for instant, are developed Networks
theme of optoelectronic devices on a nanometer scale; promising Credit Hour: 3
and circuits. At first, an extensive a new world of scalability and Prerequisite: Graduate Standing
revision of semiconductor physics integration. This course emphasizes
is introduced. The crystal structure on the analysis and design of nano- The course covers the advancements
and fabrication technologies, the optical devices and systems. As of communication networks and
semiconductor band structures, the theme in its nature is dynamic presents in depth some topics
the scattering processes and the and continuously evolving, the introduced in the first networking
optical and the optoelectronics course is based on a combination course such as advanced routing
properties of semiconductors are of traditional delivery of teaching protocols, advanced congestion
all presented. In the second section, material, covering recent advances control techniques, and Quality of
the optical sources and detectors of the field, and conducting research Service. In addition, this course
are introduced. These include: Light projects carried out by the students. provides an in-depth understanding
Emitting Diodes (LEDs) and their In these projects, students - with the of existing and emerging optical
structures, output characteristics, instructor assistance- shall research, network technologies and includes:
coupling to fibers, bandwidths, analyze and design nano-optical fiber optic communications, SONET/
and spectral emissions. The devices and systems. This will provide SDH, WDM, DWDM, and optical
LASERS and their operation types, them an up-to-date knowledge, Ethernet. The course also covers new
spatial emission pattern, and their experience on modern design tools, emerging networks such as sensor
current Vs. output characteristics. and understanding of the state-of- networks, MANETs, VANETs and their
The photo-detectors and their the-art technology. applications
characteristics, Photoemissive types,
Photoconductivity and photovoltaic ITE 500 – Rich Internet ITE 520 – Mobile Application
devices. Finally, the last section of the Applications Development
course is dedicated to introduce the Credit Hour: 3 Credit Hour: 3
theme of integrated optical circuits. Prerequisite: Graduate Standing
These include dielectric waveguides, Prerequisite: Graduate Standing
coupled-mode theory, directional Rich Internet applications (RIAs) are With the ever increasing proliferation
couplers, and photonic crystals. web applications that approximate of mobile devices such as smart
ECE 635 - Special Topics in the look, feel, and usability of desktop phones and tablets, it becomes very
pertinent for Information Technology
Electrical and Computer applications. The techniques to professionals and students to learn
Engineering implement them are based on a how to write software for these
group of technologies collectively
Credit Hour: 3 known as Ajax (Asynchronous Java devices. Mobile Applications are
Prerequisite: Graduate Standing Scrip and XML), which uses client-side becoming one of the most popular
scripting to make web applications ways to quickly reach millions of
This course introduces students to more responsive. The resultant users. In this course students learn
advanced topics in areas not covered applications were richer than the how to develop a variety of mobile
by the program. Students cover relatively static pure-HTML-based applications. Android will be used
these topics theoretically and using Web applications that preceded as the development platform but
hands-on software or hardware lab them. These applications have other platforms can be considered
experiments. The course emphasizes become known as Ajax applications, by students and instructor whenever
exploration of recent technologies rich internet applications, or Web needed. The course covers the most
and advances in the area. The course 2.0 applications. They separate relevant concepts and techniques
content may change as the course is client-side user interaction and for developing mobile applications.
repeated. server communication, and run It introduces students to the basic
them in parallel reducing the delays components that define a mobile
of server side processing normally OS or platform and then moves to
cover specific structures for building

Abu Dhabi University | Postgraduate Catalog 2024 - 2025