Introductory Course : signal processing, modulations, coding

Introductory Course : signal processing, modulations, coding

CNS PAR SATELLITE
Electronique Basique
réf. CNSH02
Code OACI 054
ENAC - SINA
Introductory Course : signal processing,
modulations, coding
FORMATION EN ANGLAIS
DURÉE
8 jours
PLACES OFFERTES
20
DATES ET LIEUX
ENAC Toulouse :
7 octobre 2015 au 16 octobre
2015
NO SESSION IN 2016, RECAST
IN PROGRESS.
CONDITIONS DE
PARTICIPATION
Objectifs
Fundamental knowledge and theoretical concepts involved in a channel of analogical or
numeric communication.
Basic Theory of Base-Band signal and numeric modulation will be presented . It will be
provided the fundamental communication theory in the fields of signal processing and
transmission (Determinist and Random Signal , digital modulation, encoding, etc.). Simulations
will be deployed to illustrate the courses.
Participants concernés
Engineers and executives.
Frais pédagogiques :
Catégorie MS
2015 : 3207 €
2016 : 3024 €
Informations pratiques :
voir en fin de catalogue
CONTACT ADMINISTRATIF
ENAC
[email protected]
Bulletin d'inscription obligatoire :
voir en fin de catalogue
Contenu
1. Basic Theory of Analogical signal Processing :
Definition Energy, Power of Signal, and classification.
Determinist signal Theory in Continuous context : Fourier Transform, Dirac, Convolution,
Correlation, Spectrum).
System linear, and definition of linear Filter.
Random signal in Continuous context : Definition, Autocorrelation, Distribution, Independent
Notion, Stationary state of Random Signal, Ergodic property, Spectrum, linear filter of
Random Signal.
Sampled signal Theory, Shannon theorem.Notion of Decimated signal.
Z-transform of a sampled signal and discrete linear filtered associated, Digital filter.
Labworks of consolidation and explanation.
2. Introduction in coding :
Context.
Linear Code in Blocks.
Convolution Code and representation.
Algorithm of Viterbi Decoding .
Punctured Code.
Implication on the Gain Coding for the transmission.
Associated Performance of the coding theory.
3. Digital Transmission theory, involvement on the performance :
RESPONSABLE(S) DU STAGE
ESCHER Anne-Chistine [Sciences
Basic principle of Digital Communication chain.
Principle of Modulation and Demodulation in Digital Transmission.
Signal Space Analysis and optimal detection.
Base-Band signal on limited Bandwisth, Nyquist's Crieria.
Coding on digital Information : NRZ, NRZ Sinus, Manchester, Code Mac Inversion.
Application to the coding in CDMA (Code Division Time Multiple Access).
General notion of performance on noised Channel, and concret expression of the “Bit Error
Rate”.
Digital Modulation and Performance : Amplitude Shift Keying (ASK), Phase Shift Keying
(PSK) :
Differential Phase Shift Keying (DPSK), QPSK Quadrature Phase Shift Keying , PSK
M-Ary,
Amplitude Shift Keying with Phase Shift Keying in Phase/Quadrature Modulation (QAM),
Frequency Shift Keying (FSK), GMSK Gaussian filtered Minimum Shift Keying.
For information only : 48 hours
et Ingénierie de la Navigation
Aérienne]
www.enac.fr
ENAC : [email protected]
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