By Sergio Martin
By Sergio Martin
By Bernd Jahne
By Steven I. Gordon,Brian Guilfoos
Introduction to Modeling and Simulation with MATLAB and Python is meant for college kids and execs in technology, social technology, and engineering that desire to study the foundations of desktop modeling, in addition to simple programming abilities. The e-book content material makes a speciality of assembly a collection of simple modeling and simulation advantage that have been constructed as a part of a number of nationwide technology origin promises. even supposing laptop technological know-how scholars are even more professional programmers, they aren't usually given the chance to determine how these talents are being utilized to unravel advanced technology and engineering difficulties and should additionally no longer pay attention to the libraries utilized by scientists to create these types.
The publication interleaves chapters on modeling thoughts and comparable workouts with programming recommendations and routines. The authors begin with an advent to modeling and its value to present practices within the sciences and engineering. They introduce all of the programming environments and the syntax used to symbolize variables and compute mathematical equations and capabilities. As scholars achieve extra programming services, the authors go back to modeling innovations, offering beginning code for various workouts the place scholars upload extra code to resolve the matter and supply an research of the results. during this means, the e-book builds either modeling and programming services with a "just-in-time" strategy in order that through the top of the publication, scholars can tackle fairly uncomplicated modeling instance on their own.
Each bankruptcy is supplemented with references to extra interpreting, tutorials, and routines that advisor scholars to extra support and permits them to perform either their programming and analytical modeling abilities. furthermore, all of the programming comparable chapters is split into elements – one for MATLAB and one for Python. In those chapters, the authors additionally confer with extra on-line tutorials that scholars can use in the event that they are having trouble with any of the topics.
The booklet culminates with a collection of ultimate venture workout feedback that contain either the modeling and programming abilities supplied within the remainder of the quantity. these tasks should be undertaken via members or small teams of scholars.
The better half site at http://www.intromodeling.com offers updates to directions while there are monstrous adjustments in software program types, in addition to digital copies of workouts and the comparable code. the web site additionally deals an area the place humans can recommend extra tasks they're keen to proportion in addition to reviews at the present tasks and routines during the ebook. recommendations and lecture notes can be to be had for qualifying instructors.
By Jim Geier
By Clive Maxfield
Chapter 1 replacement FPGA Architectures
Chapter 2 layout suggestions, ideas, and Guidelines
Chapter three A VHDL Primer: The Essentials
Chapter four Modeling Memories
Chapter five creation to Synchronous nation computing device layout and Analysis
Chapter 6 Embedded Processors
Chapter 7 electronic sign Processing
Chapter eight fundamentals of Embedded Audio Processing
Chapter nine fundamentals of Embedded Video and photograph Processing
Chapter 10 Programming Streaming FPGA purposes utilizing Block Diagrams In Simulink
Chapter eleven Ladder and useful block programming
Chapter 12 Timers
*Hand-picked content material chosen by way of Clive "Max" Maxfield, personality, luminary, columnist, and author
*Proven top layout practices for FPGA improvement, verification, and low-power
*Case histories and layout examples get you off and operating in your present project
By Harald Kosch
Now you have got a advisor that examines the constitution and power utilization of those rising criteria. Distributed Multimedia Database applied sciences Supported through MPEG-7 and MPEG-21 describesthe applied sciences, thoughts, and instruments of allotted, content-based multimedia structures. It specializes in the sensible makes use of of the applied sciences of MPEG and SQL/MM in those parts, and at the interoperability between them (for facts trade, transactions, interplay, etc.). This publication demonstrates an open dispensed multimedia framework that allows those parts to cooperate in a operating atmosphere, supplying wealthy multimedia entry in an more and more cellular global.
About the Author
Harald Kosch is an affiliate professor on the collage of Klagenfurt. His domain names of curiosity are disbursed multimedia platforms, multimedia databases, middleware, and web purposes. He begun learn on the École Normale Supèrieure in 1993 in the course of postgraduate learn and entered the Ph.D. application in 1994, acquiring his Ph.D. measure in June 1997. He actively participates within the relocating photograph specialists crew (MPEG)-7 and MPEG-21 standardization and is fascinated by numerous foreign study initiatives within the area of disbursed multimedia systems.
By Günther Bengel
By Gi-Chul Yang,Sio-long Ao,Len Gelman
This ebook includes fifty-eight revised and prolonged learn articles written by way of renowned researchers engaging within the Advances in Engineering applied sciences and actual technological know-how convention, held in London, U.K., 4-6 July, 2012.
Topics coated contain utilized and Engineering arithmetic, Computational statistics, Mechanical Engineering, Bioengineering, web Engineering, instant Networks, wisdom Engineering, Computational Intelligence, excessive functionality Computing, production Engineering, and commercial purposes. The publication deals the kingdom of artwork of great advances in engineering applied sciences and actual technology and functions, and in addition serves as a good reference paintings for researchers and graduate scholars engaged on engineering applied sciences and actual technology and applications.
By Ivan Cibrario Bertolotti
From the Foreword:
"…the presentation of real-time scheduling is without doubt one of the top when it comes to readability i've got ever learn within the expert literature. effortless to appreciate, that is very important for busy pros prepared to obtain (or refresh) new wisdom with out being slowed down in a convoluted narrative and an over the top aspect overload. The authors controlled to mostly stay away from theoretical-only presentation of the topic, which regularly impacts books on working structures.
… an critical [resource] to realize an intensive figuring out of the real-time platforms from the working structures viewpoint, and to stick brand new with the hot tendencies and genuine advancements of the open-source real-time working systems."
—Richard Zurawski, ISA team, San Francisco, California, USA
Real-time embedded platforms are necessary to the worldwide technological and social area, yet references nonetheless hardly provide execs the enough mixture of idea and useful examples required to satisfy extensive monetary, security, and different calls for on process improvement. equally, teachers have lacked a source to assist scholars absolutely comprehend the sphere. the data used to be available in the market, although usually on the summary point, fragmented and scattered all through literature from varied engineering disciplines and computing sciences.
Accounting for readers’ various useful wishes and event degrees, Real Time Embedded platforms: Open-Source working platforms Perspective deals a holistic evaluation from the operating-systems viewpoint. It offers a long-awaited reference on real-time working structures and their nearly boundless program strength within the embedded method area.
Balancing the already considerable assurance of working platforms with the mostly missed real-time elements, or "physicality," the authors learn numerous practical case reviews to introduce very important theoretical fabric. in addition they speak about well known open-source working systems—Linux and FreRTOS, in particular—to support embedded-system designers establish the advantages and weaknesses in figuring out even if to undertake extra conventional, much less robust, innovations for a project.