Which subject should i choose as my elective?1.Computer Networks2.Embedded System 3.Artificial Neural Networks?
Im? Tudie? Equipm? Unique and Eng? Niosi?? A biome? M? Of association. . . now in my 7? HAV semestreI an option? n choose a course? option between tres1. Computadores2 r? Buckets. system? my Embebidos3. R? Neural networks syllabbus ArtificialesEstoy which each topic? N with esta1. r? ComputadoresM buckets? Module 1Introducci r? Buckets? computer Na – Types of r? buckets – the layers of the OSI mod? the r? f? Conference, TCP / IP mod? the r? f? Conference-Internet Protocol Stack – layer entity? s of r? East bucket? Conex? NY Conex? No fewer services. Description transmitted? No m? Dia -? Attrib? Re Ny? Sticas – baseband and transmitted? N? Broadband – the transmitted? NS? Ncrona and ACE? Ncrona – d? Duplex int? Gral and half-duplex links. M? EST DEMS? Type of communication? S? N series – X-21 interface num? America. X 25 canales.M? Donn?’re 2Necesidad binding module layer – Mode of? Protection? No errors and correction? Donn? Are N-T? ? S? Technical commentary link layer protocols, sliding window protocols? Be – Accepted? Sm? Multiple protocols, protocols acc? S at random: ALOHA CSMA and CSMA / CD. terminal handling – to vote? n multiplexaci? concentration NY? n. R? Bucket? Local: Addresses-LAN Address Resolution Protocol-Reverse Address Resolution Protocol. Ethernet: Ethernet technology? Donn? Es EST Ace? IEEE-hubs, bridges and Switches.M? R? Bucket 3Capa module: virtual circuits and datagrams grams of virtual circuits and routing services – diff? Different types of contr? It? Touffait? N – IP – Subnetting – multicast – Automatic ATM layer? ticos.capa Transport – Transport Services layer – the problem? my design? or -? s? ments of the Transport Layer – Transport protocols (TCP and UDP). M? Module 4capa SESI? n – Dise? or th? me – the? change given? es – Management business? n di? logo – sync? No-Remote Procedure Call – servidor.Capa mod? the client application? n – s the container dimensions of r? buckets and private life? e – the crypt? a – Domain Name System (DNS) – SMTP – SNMP – virtual terminal and file transfer protocols – EMAIL PROTECTED nico – WWW and HTTP.? R? F? Conferences:??? 1. Hall Andrew S Tannenbaum, r? Computer networks, Prentice, M? Mexico SA. Ltd., 2003.??? 2. Uyless BALACK, r? Computer networks, protocols and interfaces EST? Standard, Prentice Hall, M? Mexico SA. Ltd., 2000.??? 3. Zheng, S Akhtar, an r? Bucket of hundreds? Ing? Engineers Ficosa computer? Do, Oxford University Press, 2004??? 4. S. Keshav, an approach to Eng? Engineer? Inform r? Bucket? Cies, the EDUCATIONFORALL? N Pearson, 2002> 5. Uyless black, the r? Computer networks – protocols, standards and interfaces, AMP Ltd, 1994?? 6. OF stall, the r? Local networks? R? Region m? Tropolitaine Prentice Hall, 6? editing? No (April 15, 2000)?? 7. Dr. Jean Walrand communications? Buckets, Richard D. Irwin (May 1991) 2? Print Making n2. Syst? My EmbebidosM? IList Embedded System Module: system? Me int? Gr? the cat? category? In Embedded System, the system requirements? My on-board? S, D? Fi? You are the problem? My d?-Board software development? S system? My on-board? S applications Electr? Nica? consumption, system? me the system? my command, Biom? m? doctors, computer port? tiles, communication devices? n? M? IIEmpotrados module Perif? rich and of? Software Development Environment: – Architecture matt? ence, the architecture of micro-contr? them, interface standards for communication? No, the process of d? development of systems? my on-board? s system? my operating on-board? s, types of systems? my operating integrados.M? r IIIL unit time applications? el and database as? es – time r? el d? development of on-board software? s, exp? Publishing? the? a post abroad or v? LINKS s? Series, the simulation? No one system? me to contr? the proc? d? s, a device controlled? of the system? me RT-Linux, applications, database? es int? gr? e with the examples SURVEY ? you on wages, the counter of? energy? ? reading. M? Module IVMicrochip PIC16 family – PIC16F873 processor – Attrib? re architecture? matt? rial sticas – - organization? No Memory – Registration Card File – I / O ports – PORTA – PORTB – PORT – given? Es EEPROM and m? Flash program memory – the port s? Series? ncrono – SPI Mode – Mode I2C.TEXTO:??? 1. Team Software Dreamtech, programming? N Embedded Systems, John Wiley & Sons Dreamtech 2002??? 2. Rajkamal, microcontr? Their, architecture, programming? N, interfaces and design of the system? Me? Or, Pearson Education? N, 2005??? 3. John B Peatman design? Or microcontr? Their PIC: Pearson Education? N3. R? Artificial neural networks ?????????? EB / CS / IT 705 (C) r? ArtificialesM neural networks? Module IIntroducci? R? Na neural networks. R? Artificial neural networks. r? Neural Biol buckets? Gicas comparison, the use of building blocks? Nb? musicians RNA. On activation? N functions. Mod? The neuron McCulloch-Pitts, Hebb net. Learning r? Rules, Hebbian learning, Perceptron, Delta, comp? Pete, Boltzmann. Layer Perceptron r? Buckets single-and multi algoritmo.M? Module IIVotos r? Buckets, r? Discrete Hopfield networks? You, continues r? Hopfield networks. Feed Forward R? Buckets: Back propagation? N Networks, r? Rule learning, architecture, training algorithm. Against the spread? No r? Bucket: Fill the NCP, the NCP s? As before, the architecture, the phases of entrenamiento.M? Th? Module Theory ‘Adaptive IIIResonancia? For the learning architecture art without organization? No cards entity?: SOM Kohonen, Learning cuantizaci? vector n, net Max, Mexican Hat, Hamming Net
Did you enjoy this post? Why not leave a comment below and continue the conversation, or subscribe to my feed and get articles like this delivered automatically to your feed reader.
Comments
Hi,
Well, what can I say. Being 48 yrs old and a real time embedded software engineer I think you can guess my answer.
I started out in life armed with a degree in electronics way back in 1982. The 8-bit microprocessors, ( my handle Zilog32 gives a clue! ), were all the rage then and digital electronics was growing up fast. CMOS logic was fast replacing TTL. Fabbo times!!! But I soon found myself writng assembler for the micro systems I had desgined and so in 1990 I took a masters in Computer Science and Applied Mathematics. I actually learned my first ‘high level language’ – C – on a DEC-PDP11. Ha ha.
Anyway, because of my electronics background I found myself getting more and more involved in embedded systems – yes eeproms etc.
However, with the great rise of internet technologies I studied and designed web based software in HTML/DHTML, Javascript and PHP.
C++ being with me since its first official release. Funnily enough C++ was not accepted much amongst real time software guys – mainly due to its huge memory requirement but things have changed with progress and technology nowadays.
The advantages of having the internet technologies and embedded systems ‘under my belt’ has proven to be a great asset as regards work. I have been freelance for the last 12 yrs and are never short of work/contracts – even in these difficult times. The 2 technologies have now come together – take the iPod and iPhone for example.
So I have the best of both worlds.
I’m sorry to have bothered you with a bit of nostalgia but try to remember that whatever your choice there is a wonderful adventure out there awaiting you so enjoy and look forward to it my friend.
Sincere best of luck.
Ges Scott ( aka Zilog32 ).
PS The alias actually refers to the Zilog 8 bit microprocessor I used in my first ever design – a conveyor belt weighing system for measuring weight and flow of coal coming out of a coal mine!! The 32 refers to the last Zilog micro I worked on!

Choose embedded system, if you wanna do some assembly/machine language programming.
Choose Networks if you are interested in Communications and protocols, from your syllabus it seems they have just theory and concepts, so lot of text to learn in this case.
Neural networks have some complex and advanced algorithms helpful in data mining and clustering, it is also an interesting subject but with lot of maths and algos.
If you advance in computer networks you can do CCNA etc easily
embedded system is helpful if you wanna pursue your carrier in electronics
neural networks can help you land in very good software companies such as oracle etc.( I would choose this if I were you!!)
All the best.