silabus kurikulum tkt

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SILABUSKURIKULUM/COURSESYLLABUSTeknikKomputerdanTelematika MATAKULIAH/ COURSETITLE

TE091481:SistemdanSinyalMultimedia TE091481:MultimediaSystemandSignalCredits:4 Semester:VMahasiswamengetahuidanmampumenjelaskanSistemdansinyal multimediabesertaaplikasinya Studentsknowandbeabletoexplainmultimediasignalandsystem anditsapplication Mahasiswa mampu menjelaskan konsep dan teknikteknik pada Sistemdansinyalmultimedia. Mahasiswa mampu melakukan simulasi konsep tersebut pada aplikasiyangsebenarnya Students are able to explain concepts and techniques in Multimediasignalandsystem Studentsareabletosimulatetheseconceptsinrealapplications Sistemkompresilosslessdanlossy Pengkodeanwavelet Standarimagecoding Standarvideocoding Standaraudiocoding Losslessandlossycompressionsystem Waveletencoding Imagecodingstandard Videocodingstandard Audiocodingstandard ZeNian Li , Mark S Drew, Fundamentals of Multimedia, Pearson, 2004 Ralf Steinmetz, Klara Nahrsted, Multimedia: Computing, CommunicationsandApplications,PrenticeHall KR Rao, Zoran S. Bojkovic, Dragorad A Milovanovic, Multimedia Communication Systems: Techniques, Standards, and Networks, PrenticeHall2002

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TE091483:Int.ManusiaKomp.&Rek.Per.Lunak TE091483:HumanComp.Interact.&SoftwareEng.Credits:4 Semester:VMahasiswa mengetahui dan mampu menjelaskan peran IMK dalam rekayasaperangkatlunakbesertaaplikasinya Students know and be able to explain the role of IMK in software engineeringanditsapplication Mahasiswa mampu menjelaskan hubungan antara manusia dan komputer. MahasiswamampumelakukanprototypingantarmukaGUIdengan prinsipprinsipusability. Studentsareabletoexplaintherelationshipbetweenhumansand computers. Students are able to do GUI interface prototyping with usability principles. HCI:HumanFactor,ComputerParadigm,InteractionStyle Usability TCUID(TaskCenteredUserInterfaceDesign) GUIVisualProgramming

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AlanDix,JanetE.Finlay,GregoryD.Abowd,RussellBeale,Human Computer Interaction, 3rd Edition, Prentice Hall; December 20, 2003 Andrew Sears and Julie A. Jacko, The HumanComputer Interaction Handbook Fundamentals, Evolving Technologies, and EmergingApplications,SecondEdition,. Jeff Johnson, GUI Bloopers 2.0, Common User Interface Design DontsandDos,ELSEVIER

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TE091485:JaringanKomp.&KomputasiBergerak TE091485:Comp.Networks&MobileComputingCredits:4 Semester:V

Mahasiswamampumenjelaskanbagaimanasebuahjaringancomputer terhubung dan saling berkomunikasi satu dengan lainnya dengan menggunakan protocol komunikasi, serta konsepkonsep komunikasi TUJUAN PEMBELAJARAN/ data yang ada di dalamnya termasuk adalah error correction dan security. LEARNING OBJECTIVES Studentsareabletoexplainhowacomputernetworkisconnectedand mutually communicate with each other using communication protocols,andconceptsofdatacommunicationsisinit,includingthe errorcorrectionandsecurity. Mahasiswa mampu menjelaskan bagaimana dasar fondasi terjadinyakomunikasidatadalamjaringankomputer Mahasiswa mampu menjelaskan bagaimana logikalogika komunikasidatadanlingkungannyadibangun KOMPETENSI/ COMPETENCY Students are able to explain how the basic foundation of data communicationincomputernetworks Students are able to explain how the logic of data communicationsandenvironmentbuilt Dasarjaringankomputer OSIreferencemodel ProtocolTCP/IP Logikakomunikasidata POKOK Konsepsecuritydancryptografi BAHASAN/ SUBJECTS Basiccomputernetwork OSIreferencemodel TCP/IPProtocol Logicdatacommunication Theconceptofsecurityandcryptografi PUSTAKA James F Kurose dan Keith W Ross, Computer Networking Top Down,2000 UTAMA/ REFERENCES

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TE091487:StrukturDatadanKomputasiLunak TE091487:DataStructureandSoftComputingCredits:4 Semester:V Siswadapatmampumemahamikonsep&strukturkomputasi biologis Siswadapatmenggambarkandanmengamatiprinsipkomputasi biologis

TUJUAN PEMBELAJARAN/ LEARNING OBJECTIVES KOMPETENSI/ COMPETENCY

Studentcanbeabletounderstandtheconcept&structureofthe biologicalinspiredcomputation Student can describe and examines the principle of the biological inspiredcomputation Siswadapatmengembangkan&mengimplementasikanperangkat lunak sederhana komputasi biologis untuk bidang komputer & informaticmasalahmelaluisimulasisederhana Student can develope & implement the simple software of the biological inspired computation to the field of computer & informaticproblemsthroughasimplesimulation FoundationofArtificialNeuralNetworks:basicconceptsofneural networks, supervised learning algorithm: singlelayer and multilayer perceptrons, & unsupervised learning algorithm: self organizingmapsHopfield,ART,etc.Hybridlearning,othersneural model. DataStructure:Lineardatastructure:list,stack,queue;Nonlinear datastructure:tree,graph;sortingandsearchingmethods Fundamental of Fuzzy Logic: Topics covered include fuzzy set theory, fuzzy systems, membership function, rule base and inferenceenginedevelopment IntroductiontoEvolutionaryAlgorithm:geneticalgorithm,genetic programming, ant colony method, particle swarm optimization, artificialimmunesystem. Hybrid Algorithm: neurofuzzy, neuroga, fuzzyga,immune evolutionary,etc. JangJSR.,NeuroFuzzy&SoftComputing,PrenticeHall,1997 Purnomo,MH, Supervised Learning Neural Networks, Graha Ilmu. 2006. RusselNorvig,ArtificialIntelligenceAModernApproach,Prentice Hall,2003

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Cormen T., Leiserson C., Rivest R., Stein C., Introduction to Algorithms,2ndEdition,McGrawHillinternationalEdition,2004. Haykin,NeuralNetworks,1999

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TE091490:GrafikaKomputerdanTeknikVisualisasi TE091490:ComputerGraphics&VIzualizationTech.Credits:4 Semester:VIMahasiswamemahamialgoritmaalgoritmapadagrafikakomputer. Studentsunderstandthealgorithmsincomputergraphics. Mahasiswamampumenjelaskankonsepgrafikakomputer. Mahasiswa mampu melakukan implementasi algoritmaalgoritma padagrafikakomputer. Studentsareabletoexplaintheconceptofcomputergraphics. Students are able to implement these algorithms in computer graphics. KonsepKomputergrafik Perangkatkerasdanperangkatlunakpadakomputergrafik Konsepgaris,primitivedanobyekobyekpadakomputergrafik. KonsepMatrixTransformasi Interaksimanusiadengankomputerpadakomputergrafik. Computergraphicsconcept Computerhardwareandsoftwareonthecomputergraphics Theconceptsoflines,primitiveandobjectsincomputergraphics MatrixTransformationconcepts Humaninteractionwithcomputeronthecomputergraphics. Steven Harrington, Computer Graphics A Programming Approach SecondEdition,McGrawHillInternationalEditions1987. MaxK.Agoston,MA,MS,PhD,ComputerGraphicsandGeometric ModelingImplementationandAlgorithms,SpringerVerlagLondon 2005 David Salomon, Transformation And Projections In Computer Graphic,SpringerVerlagLondon2006. John Vince, Mathematics For Computer Graphic, SpringerVerlag London2006.

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TE091491:PengolahanMultimediadanLab. TE091491:MultimediaProcessingandLab.Credits:4 Semester:VI

Memberikan pengetahuan tentang citra dan video digital, mulai dari akuisisi,penyimpanan,pemampatan,pengiriman,danpengolahannya sepertiperbaikan,restorasi,sertasegmentasi,deskripsi,representasi, klasifikasi, pengenalan, dan visualisasi objek dari citra atau video TUJUAN digital. PEMBELAJARAN/ LEARNING Provide knowledge about digital images and video, from acquisition, OBJECTIVES storage, compression, transmission, and processing such as enhancement, restoration, and segmentation, description, representation, classification, recognition, and visualization objects fromdigitalimagesorvideo Mahasiswamengetahuilingkuppengolahancitradanvideodigital. Mahasiswamengetahuiteknikdanmetodeakuisisicitradanvideo digitaldanperalatanakuisisinya. Mahasiswa memahami teknik dan metode penyimpanan, dan pemampatancitradanvideodigital. Mahasiswa memahami teknik dan metode perbaikan, restorasi, danrepresentasicitradanvideodigital. Mahasiswamengetahuipenerapansatuataukombinasibeberapa KOMPETENSI/ teknikataumetodeuntukaplikasitertentu. COMPETENCY Studentsknowthescopeofdigitalimageandvideoprocessing. Studentslearntechniquesandmethodsofdigitalimageandvideo acquisitionandacquisitionequipments. Students understand the techniques and methods of storage, digitalimageandvideocompression Studentsunderstandthetechniquesandmethodsofenhancement, restoration,andtherepresentationofdigitalimagesandvideo. Students learn the application of one or a combination of several techniquesormethodsforaparticularapplication. Teori tentang sinyal dan transformasinya, multiresolution, POKOK wavelet,danmathematicalmorphology. BAHASAN/ Pokok bahasan tentang citra dan video digital mencakup teknik dan metode akuisisi, perbaikan kualitasnya dan restorasi, SUBJECTS representasi, dan pemampatan citra (lossy dan lossless). Pokok bahasanjugamencakupteknikdanmetodesegmentasiobjekpada

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citra untuk proses lebih lanjut seperti registrasi, pencocokan (matching)sertapengenalan