SlideFinderPowerPoint search engine with thumbnail results
Advanced search
Newest Viewed Downloaded

Universities > Sweden Showing 61 - 80 of 1780 items

Kungliga Tekniska Högskolan (Royal Institute of Technology)

Kungliga Tekniska högskolan (KTH), på engelska Royal Institute of Technology, är ett statligt svenskt universitet i Stockholm med huvudsaklig inriktning på teknik och naturvetenskap. KTH är den största och äldsta tekniska högskolan i Sverige, bedriver omfattande utbildning av bland annat civilingenjörer och har en omfattande teknisk forskning. Rektor är från 12 november 2007 Peter Gudmundson, professor i materialmekanik. Kung Carl XVI Gustaf är universitetets beskyddare.
The Royal Institute of Technology (Swedish: Kungliga Tekniska högskolan, abbreviated KTH) is a university in Stockholm, Sweden. KTH was founded in 1827 as Sweden's first polytechnic and is with TKK in Espoo, depending on definition, Scandinavia's largest institution of higher education in technology and one of the leading technical universities in Europe.

More information: http://en.wikipedia.org/wiki/KTH

Corrosion of steels in liquid metals Concetta Fazio Program Nuclear Safety Research MATGEN IV.2 February 2- 8, 2009 Stockholm – Kiruna, Sweden
neutron.kth.se
Research Progress Geoffrey Karokola SecLab – Nov. 2010 Research Area: Secure e-Government Services Title: An Information Maturity Model for e-Government ………(ISMMeG) in Developing Regions

Research Progress Geoffrey Karokola SecLab – Nov. 2010 Research Area: Secure e-Government Services Title: An Information Maturity Model for e-Government ………(ISMMeG) in Developing Regions

.
www.dsv.kth.se
Oral and text presentations Ulla Skidén ulla@skiden.com

Oral and text presentations Ulla Skidén ulla@skiden.com
csd.xen.ssvl.kth.se
Introduction to IP Mobility Jon-Olov Vatn KTH/IMIT/TSLab

Introduction to IP Mobility Jon-Olov Vatn KTH/IMIT/TSLab
csd.xen.ssvl.kth.se
Introduction to IP version 6 Jon-Olov Vatn KTH/IMIT/TSLab

Introduction to IP version 6 Jon-Olov Vatn KTH/IMIT/TSLab
csd.xen.ssvl.kth.se
Occurrence and properties of substorms associated with pseudobreakups Anita Kullen Space & Plasma Physics, EES

Occurrence and properties of substorms associated with pseudobreakups Anita Kullen Space & Plasma Physics, EES
www.staff.alfvenlab.kth.se

CNT synthesis and functionalization Pantea Fathi KTH, Forum 105 SE-164 40 KISTA, Stockholm, Sweden Objective:  The aim of this report is introducing different methods for synthesis ,purification and functionalization of CNT. Per.Mat-CNTs module - Title Page
www.imit.kth.se
Pictures for the CMB-Talk

Pictures for the CMB-Talk

by Alexander Merle T30d Group Seminar "Neutrinos & Cosmology" 2nd/9th December 2005
www.theophys.kth.se
Geometric Computing and Visualization 2D 1428 Datorgeometri och visualisering

Geometric Computing and Visualization 2D 1428 Datorgeometri och visualisering

Lecturer: Stefan Carlsson
www.nada.kth.se
Recommendations for the MOX fuel conductivity and heat transfer correlations to be used in the XT-ADS design and safety calculations D. Struwe, W. Pfrang Forschungszentrum Karlsruhe Institut für Reaktorsicherheit D. Sruwe, W. Pfrang: “Recommendation for the fuel conductivity of the MOX fuel to be used for the XT-ADS core design” (December 2006) W. Pfrang, D. Struwe:” Assessment of correlations for the heat transfer to the coolant necessary for heavy liquid metal cooled core designs” (May 2007)

Recommendations for the MOX fuel conductivity and heat transfer correlations to be used in the XT-ADS design and safety calculations D. Struwe, W. Pfrang Forschungszentrum Karlsruhe Institut für Reaktorsicherheit D. Sruwe, W. Pfrang: “Recommendation for the fuel conductivity of the MOX fuel to be used for the XT-ADS core design” (December 2006) W. Pfrang, D. Struwe:” Assessment of correlations for the heat transfer to the coolant necessary for heavy liquid metal cooled core designs” (May 2007)
www.neutron.kth.se
ST–ACTS: A Spatio-Temporal Activity Simulator Győző Gidófalvi Geomatic ApS Center for Geoinformatik Torben Bach Pedersen Aalborg University Presented by: Christian Thomsen (Aalborg University)

ST–ACTS: A Spatio-Temporal Activity Simulator Győző Gidófalvi Geomatic ApS Center for Geoinformatik Torben Bach Pedersen Aalborg University Presented by: Christian Thomsen (Aalborg University)
turner.infra.kth.se

Performance Bitrate: 2000 bits/s Carrier frequency: 3.5 kHz BER at 3m: <1 % Group members Stefan Allevad Tomas Andersén Henrik Back Jonas Gustafsson Mattias Nyström Adam Wiå Assisted by George Jöngren Equalizer-coefficients during receiving 10000 bits BPSK Symbol-constellation for a 3 meter transmission Graphs over data in the receiver  Group ORANGE Year 2000 http://www.s3.kth.se/signal/local/www/edu/projekt/students/00/orange Receiver Methods Modulation method: Coherent BPSK Diversity method: Modified MRC DFE MMSE equalizer, implemented as a FIR filter, is used to combat the severe intersymbol interference introduced by the acoustic channel. Objective Implement a digital acoustic comunication system with two branch diversity between two PC:s operating in real time. The PC:s are equipped with DSP-cards. Overview of the communication system Power Sync (S) Guard (G) Block 1 Block 0 Block 2 256 256 256 256 192 512 Initial State Block Stage 2 2 2 Training (Tr) Data G G G G Tr/S Block 0 Block 1N 16 16 16 16 224 24 200 Overview of transport protocol Specifications Low bit error probability. High average transmission rate. Distance between speaker and microphones: >3m Robust against multipath propagation. Real ...
www.s3.kth.se

2G1316 Data Communications and Computer Networks
www.s3.kth.se

Peter Sjödin KTH IMIT
www.s3.kth.se

LASER GAME
www.s3.kth.se
Yellow team Smart Pinball

Yellow team Smart Pinball
www.s3.kth.se

The Project Course is sponsored by:
www.s3.kth.se

Candidate : Pandu Ranga Rao Devarakota Education: M.Tech from IIT Delhi, India Division : Signal Processing Advisor : Prof. Björn Ottersten Project : Robust Real Time Analysis and Classification of 3-D Image Sequences (Industrial Project) Since? : March, 2004 Currently working at: IEE S.A., Luxembourg
www.s3.kth.se
Irma WT Gal Cbf1

Irma WT Gal Cbf1

SSE:0.457,R2:0.946 dfe:5,AdjR2:0.924 RMSE:0.302 A:1.58 [1.14,2.02] P:2.4 [2.17,2.62] Per:115,Off:4.71
www.s3.kth.se

Group work. Design a prototype for a given specification. Study theory and design the solution, simulate in matlab. Implement the prototype on a digital signal processor (DSP programming). Typical projects: Communication over a wireless channel. Laser-game. On the grand-final day, all prototypes are demonstrated and the best group is awarded! Course responsible: Per Zetterberg
www.s3.kth.se
<< Back 12345678 Next >>
Sitemap