Icons This user has been editing Wikipedia for more than ten years. This user is an editor on Wikidata. This user is a participant in WikiProject Telecommunications. This user's time zone is UTC+1. MAT This user is a MATLAB programmer and user. This user comes from Sweden. sv Den här användaren talar svenska som modersmål. en-3 This user can contribute with an advanced level of English. Dad This user is a father and proud of it! This user has a wife. This user plays the piano. agn This user is an agnostic. ACADEMIC JOURNAL This user has had his/her work published in an academic journal. This user teaches at a university or other institution of higher education.

Hi everyone!

I have been assigned by my boss to develop an academic distance course entitled "Informatics A, Wikipedia - publishing, reliability and technology, 7,5 ECTS credit points". Parts of the course material is currently developed collaborative in English at Wikiversity:Wikipedia, and will be available under GFDL license. However, the language of instruction in my course is Swedish. It will be offered as a web based distance course during fall 2009. The course is addressed to Swedish wikipedia users and administrators who wants to consolidate their knowledge with academic grades, to teachers, librarians, students, webmasters who want to use various wiki technology, etc. Swedish web application form is open between March 16 and April 15.

I have created the following new articles, categories and sections:

• wikiversity:Wikipedia#Learning resources
• wikiversity:Wikipedia/Syllabi
• wikiversity:Wikipedia/Quizzes
• wikiversity:Wikipedia/Suggested essays

• Radio resource management
• Pulse shaping
• Signal-to-Interference Ratio
• Es/N0
• Gross bit rate
• Net bit rate
• Dynamic Single Frequency Networks
• category:Radio resource management
• category:Physical layer protocols
• category:Logical Link Control
• category:Application layer protocols
• Packet mode
• Spectral efficiency#System spectral efficiency
• Spectral efficiency#Comparison table
• OFDM#OFDM system comparison table
• Transport layer#Transport protocol comparison table
• Shared resource (Shared disk access/Network share)
• Baseband equivalent signal
• Channel allocation schemes#DCA versus spread spectrum)
• Channel allocation schemes#DCA on a packet-by-packet basis)
• Dynamic Time Division Multiple Access (DTDMA)
• Rician fading
• Template:Multiplex techniques

I have made major revisions to

• Bitrate
• Orthogonal frequency-division multiplexing (OFDM)
• 5G
• 4G
• 3G
• Node (networking)
• Mind uploading
• Web based simulation
• Noise (electronics)
• Eb/N0
• Digital radio
• Academic writing
• Bandwidth (computing)
• Bandwidth (signal processing)
• Baseband
• WikiProject Telecommunications
• OFDMA
• Traffic generation model
• Signal processing
• Digital signal processing
• Host (network)
• Internet socket
• Symbol rate
• Baud
• Risk (game) (Probablity tables)
• Channel (communications)
• Data transmission (Digital communication)
• CDMA spectral efficiency
• Macrodiversity
• Traffic flow (computer networking)
• Service layer
• Quality of service
• Host (network)
• Template:Modulation techniques
• Virtual circuit
• Connection oriented
• Packet switching
• Transport layer
• Error detection and correction
• Quality of service
• Scheduling algorithm
• Pseudo code
• Pidgin code
• Sundsvall
• Mid Sweden University
• Maximum throughput scheduling
• Round-robin scheduling
• Modulation
• Multiple access
• Channel access methods
• Media access control
• Multiplexing
• Time-division multiplexing (TDM)
• Statistical multiplexing
• GPRS
• Throughput
• Goodput
• Measuring data throughput
• Power control
• Spectral efficiency
• Channel allocation schemes
• Template:IPstack
• OSI model
• Template:ITU V-Series
• Physical layer
• Asynchronous communication
• Diversity scheme
• Mobile TV
• Digital Audio Broadcasting

In case no one else address the following issues, I intend to:

• Extend and translate the wikiversity:Wikipedia course material to Swedish
• Add information about frequency domain single carrier multiplexing to the articles about E-UTRA, Beyond 3G, OFDM, OFDMA, Channel access scheme and Modulation. Remove mentioning of HSOPA.
• Create scheduling algorithms (communication), improve the channel-dependent scheduling section, and restructure all the scheduling algorithms.
• Check up the contradicting definitions of proportional fairness.
• Check up the contradicting definitions of fast and slow fading, and how Doppler shift affects it.
• Improve Dynamic Single Frequency Networks (add references).
• Improve Rician fading
• Create an article on Packet and resource plan scheduling (PARPS)

/Me