HTWK Leipzig /Fakultät IMN /Informationssysteme/Multimediatechnologie
 

High-speed Computer Networks and Communication

Themes of practical works

current tasks (preliminary title):
   

No

Theme

1

AV online communication in PAL / Hifi in network of Orenburg universities - construction of a demonstration system and discussion of application possibilities, base WebRTC

2

3D video transfer in LAN, construction of a demo system and investigation of application possibilities, study the conservation of the stereoscopic signal by using of streaming processes.

3

Processing of MPEG4 H.264/265 streams in LINUX or Windows

4

Processing of DivX streams in LINUX or Windows

5

Possibilities of using both IPv4 and IPv6 for multimedia communication. Develop a demo example on base of a IPv6 installation.

6

Possibilities of using a local provider network for AV communications over E1, SDH or other technologies

7

Multimedia data transfer via WebRTC. Develop a demo example for Windows.

8

Multimedia data transfer via WebRTC. Develop a demo example for LINUX.

9

Discussion of using online audio/video communication services in OSU computer network, which protocols and services are usable or are in future or additionally usable? Describe in particular the relevant connection to other Orenburg instituts.

10

Discussion of using online audio/video communication services in regional research and education network in Orenburg higher education institutions involved, which protocols and services are usable or are in future or additionally usable?

11

Discussion of using online audio/video communication services in regional provider networks, offering entry points for Orenburg instituts.Which protocols and services are usable or are in future usable?

12

Discussion of using online audio/video communication services S2M or E1 channels in local provider networks!

13

Explain a method of overload monitoring in computer networks? Which possibilities offers / uses the science network?

14

Explain structure, function and operation of FE and GE! Examine achievable data rates under FE / GE for different sized block lengths of packages and discuss the results!

15

Explain function and operation of UMTS, LTE or Wi-Fi! Examine achievable data rates for different sized block lengths of the packages and discuss the results!

16

Discussion of using online audio/video communications services for UMTS, LTE or Wi-Fi, which other services can be used on it? Develop a demo example.

17

Discussion of using online audio/video communication services for mobile communications, which further services can be used on it? Develop a demo example.

18

Explain the operation and use of the IP protocol for mobile communication! Compare the possibilities of IPv4 and IPv6 on a sample installation!

19

Discussion of using online audio/video communication services for Wi-Fi, which other services are usable? Develop a demo example.

20

LTE and Wi-Fi, resp., as a platform for online / offline AV communication - opportunities for integration of services tools in a given environment (PC, tablet or smart phone operating system).

21

Establishment and investigation of multicast communication options for a subnet oft he OSU

22

Quality management for multimedia data streams in the fixed network between OSU and other Orenburg Instituts

23

Implementation of GSM, H.264/265, MPEG codec plugins for JMF in Java (2-3 students)

24

Implementation of a Telephony Gateways for enabling transfer of media stream's via the IBM J323 engine (or something else) to a given phone number. (2-3 students)

25

Conversion methods and opportunities between PDF, Word, PowerPoint, HTML and SCORM standard

26

Which browsers offer which possibilities for integration / import of data streams in different formats

27

Discussion of the SCORM standards, development of a demo program for use in internships.

28

Application Sharing – operation and example applications

29

Video streaming in Windows / LINUX / tablet / smartphone operating systems, advantages and disadvantages

30

Development and construction of a scenario to study multimedia communication services for xDSL / Wi-Fi / FE / GE as a practical exercise

31

Development and implementation of multimedia communication service example for xDSL / Wi-Fi / FE / GE in the Orenburg regional school network

32

Evaluation of given multimedia communication services and applications for the xDSL / Wi-Fi / FE / GE network in the Orenburg regional school network

33

Development and construction of test scenarios for multimedia communication services for Linux as a practical exercise

34

Evaluation of given multimedia communication services and applications for Linux in the Orenburg regional school network

35

Development and implementation of video applications on mobile devices

36

Development and implementation of applications for smartphones and tablet PCs

37

Development and implementation of DivX application environments on Windows / LINUX / tablet and smartphone operating systems

38

Development and Implementation of H 264/265 tools for evaluation of their potential under Windows / LINUX / tablet and smartphone operating systems

39

OPAL/? as a platform for Distance-e-Learning - ways to integrate services tools in a given environment

40

Investigation of H.264 or H.265 codec for communication services in Java on Windows / Linux / tablet and smartphone operating systems

41

Developing different scenarios for the use of 3D video on various platforms

42

Implementation of H.264/265 (MPEG 4) - codecs in collaboration with Orenburg research instituts

43

Evaluation of Panorama Video / 3D video software (speed comparison Zeta / Windows / Linux / tablet and smartphone operating systems, etc.)

44

Development of software components / tools for browsers in zeta (Media Nodes) / Windows / Linux / tablet and smartphone operating systems, enabling to send and receive (panorama / 3D-)-video streams via networks.

45

Comparison of media frameworks (DirectShow, GStreamer, NMM, MediaKit (BeOS / Zeta, Linux, Windows or tablet / smartphone operating systems))

46

Concepts for integration of existing hardware receiver technology (Digital receiver, TV, DVD, Smartphone, ...)

47

Driver development for decoder cards and study of their cooperation with communication components

48

Examination of performance parameters of applications of panorama or 3D video on television technology, PC, tablet or smartphone

49

Investigation of including panorama / 3D in VR worlds or of generating a VR world by using this recording system, examination of existing approaches (ideas)

50

Development of a concept for creating new possibilities of film industry in entertainment, advertising, live broadcast on PC, tablet or smartphone

51

Integration of panorama / 3D video streams in existing streaming solutions (Real Server and Macromedia Streaming Server, among others) on PC, tablet or smartphone

52

 

53

 

54

 

55

 
   
   
   
 

 


Interessenten für Praktikumarbeiten zu obigen Themen wenden sich bitte an:
Prof. Dr. Prof. h.c. mult. Klaus Hänßgen, G.-Freytag-Str. 42A, Z124, Tel.: (0341) 3076 6610, e-mail: klaus.haenszgenathtwk-leipzig.de)

 

Weitere Themen bei Praxispartnern und in Projekten:


Gebiete Hochgeschwindigkeitsnetze / SDH / Netzwerk-/System-Management
 


Gebiete Netzwerk-Installation / stereoskopisches 3D / 3D-TV / holografische Systeme / AV-Kommunikation / UMTS / ...
 


Distance Learning
 


Vernetzung der Schulen, Betriebe, Einrichtungen und Haushalte
 


AV-Kommunikationsdienste in Distance-Learning-Systemen
 


Impressum:
Herausgeber: HTWK Leipzig, F IMN, Informationssysteme/Multimediatechnologie
Verantwortlich: Prof. Dr. Prof. h.c. mult. Klaus Hänßgen (e-mail: klaus.haenszgenathtwk-leipzig.de)
Seitenbetreuer:
Letzte Änderung: 14.10.16
Status: permanent