HTWK Leipzig /Fakultät IMN /Informationssysteme/Multimediatechnologie
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 |
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53 |
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54 |
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55 |
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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.haenszgenhtwk-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.haenszgenhtwk-leipzig.de)
Seitenbetreuer:
Letzte Änderung: 14.10.16
Status: permanent