multimedia systems design
[Prabhat K Andleigh; Kiran Thakrar]
[MULTIMEDIA SYSTEMS DESIGN]
Multimedia systems design and the use of the multimedia
in cognitive, virtual, network and content creation. Multimedia systems
design also includes the creation and evaluation of the systems that
use the multimedia for cognitive, virtual, network and content creation.
While many textbooks have been written on the subject of multimedia
systems design and cognitive or virtual systems, a book covering this
subject for professional programmers, in a completely theoretical
and practical manner, is quite rare.
In this book we present a detailed yet practical guide to multimedia
systems design for the expert programmer or multimedia developer.
The focus of this book is on the practical use of multimedia
to design cognitive and virtual systems. This book covers much
of the theory that was covered in the earlier chapters, in more
detail and in a practical manner, and brings the ideas together
to present a multimedia design methodology in a final chapter.
The title of the book was chosen in view of the fact that multimedia
systems design can be considered to be a type of
multimedia systems design. We intend to provide a practical
way of incorporating multimedia into any software program,
thus greatly broadening the scope of the subject. We are confident
that we have chosen a title that best captures the content of this
book.
This book also has a second title, which is:
“Multimedia systems design and the use of the multimedia in cognitive,
virtual, network and content creation”
(Prabhat K Andleigh; Kiran Thakrar)
Chapter 1: Introduction to Multimedia Systems Design
[Page 1]
What is Multimedia Systems Design?
Multimedia systems design is a different way of
implementing the functionality of a product.
In a way, it is quite similar to software systems
design in that it involves the development of programs
and products and their implementation. In contrast
to software systems design, multimedia systems design
focuses on the special aspects of hardware and software
development and does not just deal with the functional
requirements of a product.
Multimedia Systems Design is different from other
aspects of computer science. A well-engineered
product is an essential aspect of the subject, and
yet multimedia systems design combines the topics
of hardware and software development.
This is a new 01e38acffe
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JYP is a blog about electronic and computer engineering as it intersects with design, technology, and everything in between. This blog is driven by current projects and, if you look around, you’ll see a lot of work that goes into them. You can browse my most popular posts, my work, and all of my social media at the links below:1. Field of the Invention
The present invention relates to a multi-channel multi-input multi-output (MIMO) wireless communication system, and more particularly, to an apparatus and method for determining a transmission power to a mobile station in a multi-channel multi-input multi-output (MIMO) wireless communication system.
2. Description of the Related Art
Communication systems are required to support a fast data rate. Therefore, mobile communication systems are being developed to transmit and receive data at a high data rate. Recently, multi-channel multi-input multi-output (MIMO) technology has been widely applied to enhance the data rate in a wireless communication system.
In a MIMO wireless communication system, a plurality of antennas are used to efficiently transmit and receive signals. If the number of transmission antennas and reception antennas is the same, channel capacity may be increased without changing the total amount of transmission power. Therefore, in a MIMO wireless communication system, the number of transmission antennas and the number of reception antennas may be different from each other. The MIMO wireless communication system can be classified into a spatial MIMO wireless communication system, a space-time MIMO wireless communication system, and a space-frequency MIMO wireless communication system according to the number of transmission antennas and the number of reception antennas.
In addition, in a MIMO wireless communication system, a transmitter may receive feedback information from a receiver in order to determine a transmission power of a signal to be transmitted to a receiver. However, in a MIMO wireless communication system, the receiver may not receive feedback information from the transmitter in some cases.
The above information is presented as background information only to assist with an understanding of the present disclosure. No determination has been made, and no assertion is made, as to whether any of the above might be applicable as prior art with regard to the
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