Difference between revisions of "TEK5110"
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==== L5-L7 ====
==== L5-L7 ====
20Sep - L5: Ideas for Group work, case studies and problem areas (M&J)
L5: Ideas for Group work, case studies and problem areas (M&J)
Revision as of 10:03, 20 September 2022
TEK5110 - Building and Controlling Communication Networks using IoT-devices
|News||Lectures on Tuesday afternoon, each autumn, first lecture 24Aug2021|
|by||Josef Noll, Maghsoud Morshedi|
|Abstract||The course provides knowledge on how to build networks, based on radio characteristics, mobile and wireless systems, propagation characteristics. Hands-on experiences with radio communications are used to complement the theory. Likewise, a practical introduction to network monitoring and control is given, both from a theoretical point of view, and from a practical implementation.|
|Objective (max 350 words)|| Objectives to be updated, see info. This course is extending the knowledge of students into the areas of radio communications and should thus be seen as a supplement to high-frequency directional radio links and mobile radio evolutions. Focus in this course will be on radio links for personal and mobile devices covering from some cm (contactless, short range) up to some 10 meters (wireless area). The second half of the course will specific topics in building networks. Topics include: (i), Principles of radio propagation and radio interaction, (ii) Research topics in contactless, short-range and wireless radio networks, (iii) Remote management of wireless networks, and (iv) Evaluation of mobile and wireless communication systems for emerging economies. |
The main goal of the course is to work with scientific literature and analyse advantages and weaknesses of suggested approaches. Students will be asked to select topics, work through the related literature, perform an analysis of the literature, present the results towards the other students and discuss the advantages and shortcomings.This introductory work is mandatory for the participants, as it forms the basis for a home work, analysing selected topics in dedicated areas. The home work will be a report, and contributes to the final grade. Simulations, e.g. network throughput, business aspects or implementation work is the second topic relevant for the final grade. Participants will learn how to evaluate network, and analyse specific radio interfaces for the purpose.
|Keywords||Radio, Antennas, Propagation, Bandwidth, Gain, Capacity, Mobile Systems, Shannon, 2G, 3G, 4G, 5G, B5G, Network Slicing, Mobility, MobileIP, MobileIPv6, Remote Management, Emerging Economies, Digital inclusion, Resillient Energy Networks, Energy systems, Smart Energy, Power tags|
|Research Area(s)||Radio technology, Network technology, Security|
|Type of course||Master|
Upload TEK5110.png to see a course picture instead of the banner picture. Edit the page by Special:FormEdit/Course/TEK5110.
To add new lectures, use: Add a lecture
Goals of TEK5110
TEK5110 focusses on gaining experiences in scientific analysis, and presenting the results to the auditorium.
- The first (obligatory) homework will be a paper evaluation and presentation of scientific papers, see TEK5110/List of papers
- Thereafter groups will be established to focus on one of the four topics
- 1. Mobile coverage, capacity and cost aspects of future mobile and wireless networks
- 2. UiO owns the access network, the model of a provider having just an access network, and collaborates with operators on handling the core network.
- 3. Monitoring and management of electricity networks, using Power Tags to monitor the electricity network, and switches to control units
- 4. Internet light for all, providing free access to information for everyone. Examples might be the DigI.BasicInternet.no project on Digital health in TZ.
- 5. Wireless Network management for future services. Management will include monitoring of a real-life wireless installation, and thus allow students to analyse the network impact of services and applications with respect to wireless characteristics.
- We will have an exam contributing to 100% of the total results, reusing the obligatory work listed above.
List of Papers and Group work
The goal of the paper presentation is to learn how to analyse a paper, and present it to the other students. Instead of analysing papers (as e.g. TEK5110/List of papers), we invite you for writing a state-of-the-art for the group work you are doing.
Please see the description for the group work TEK5110 group work - (suggestions and criteria) For this year, I recommend you to form groups of 3-5 people. The goal is to select one of the four scenarios listed earlier, and perform an analysis of the scenario.
- How to establish a WebServer on a RaspberryPi: https://owncloud.basicinternet.org/index.php/s/byRnJqMpnMGU4VF with file: Raspberry...Webserver2.0.pdf https://owncloud.basicinternet.org/index.php/s/oWwjeRptLijjh33
Wireless monitoring platform
TEK5110 uses Elastic stack as monitoring platform in order to perform real-time Wi-Fi monitoring. Students can login to https://tek5110.basicinternet.org and use default dashboards to analyze wireless characteristics.
potential guest lecture: Jahid (ICE) om IoT, VoLTE, Network Slicing, eller Samspill WLAN-Mobilnett
Join by video: https://uio.zoom.us/j/2313898139 (Zoom ID: 231 389 8139)
Recording is started in the classroom - published to
Course by Internet Society on "Building Community Networks" https://www.internetsociety.org/tutorials/wireless-community-networks - covering the first 4 lectures of the course.
23Aug - L1: Introduction - Handouts Media:TEK5110-L1_Introduction_h22.pdf
- new focus: group work
- Notes Media:TEK5110-L1_lecture notes_h20.pdf, Media:TEK5110-L1_lecture notes_h19.pdf,
- Further reading: Building_Mobile_and_Wireless_Networks_Compendium, Introduction (UNIK4700)
30Aug L2: Radio principles (M) - Handouts Media:TEK5110-L2_Radio_principles_h20.pdf
- Notes Media:TEK5110-L2_lecture notes_h21.pdf
- Home work:
- calculate capacity for W= 200 kHz, 3.8 MHz, 26 MHz, (all cases P/N = 0 dB, 10 dB, 20 dB)
- If the SNR is 20 dB, and the bandwidth available is 4 kHz, what is the of the channel?
- If it is required to transmit at 50 kbit/s, and a bandwidth of 1 MHz is used, what is the minimum S/N required for the transmission?
- Further reading: Building_Mobile_and_Wireless_Networks_Compendium, Chapters AA1-AA4, A1-A4, B1
- Regarding Capacity and Range, please refer to slide 31 in L2 lecture: Media:TEK5110-L2_Radio_principles.pdf
- Further reading: Building_Mobile_and_Wireless_Networks_Compendium, Chapters B2-B6
13Sep - L4: Information distribution, Internet Lite, communication with LTE antenna - Media:TEK5110-L4_Information_distribution_BasicInternet.pdf
- The concepts of http://BasicInternet.no
20Sep - L4 todo Basic Internet infrastructure [[File:
- L5: Ideas for Group work, case studies and problem areas (M&J)
27Sep - L6 Real-time monitoring (M) - Handouts Media:TEK5110_WirelessRealtimeMonitoring.pdf
- see documentation for Raspberry Pi in the section on group work (longer up)
4Oct L7 Network & IoT Management (M)- Handouts Media:TEK5110_ManagedWireless2021.pdf
11Oct - L8 Presentations - present of the papers
- based on the group work topic (Intro, State-of-the-art, plans for implementation), typically 2-4 pages
18Oct - L9 IoT- Raspberry Pi, Schneider control (M)
- Handouts Media:TEK5110_ManagedIoT_V2020.pdf
- Instructions for monitoring temperature and humidity with RaspberryPi - https://github.com/maghsoud/TEK5110/tree/master/RaspberryPi_DHT22
- Raspberry Pi (RPI) as sensor (your thought)
- Energy Monitoring through Power Tags & RPI
- Mesh of 5 GHz/2.4 GHz Mikrotik 5 Hac
- Applying AI on wireless networks
25Oct - L10 Wireless & Mobile Networks (J)
- Wireless Systems - Handouts Media:TEK5110_L10_Wireless_Systems_h20.pdf - Media:TEK5110-L10-notes.pdf
- Mobile Systems - Handouts Media:TEK5110_L9_Mobile_Systems.pdf & Media:202010_6G_and_SDGs_WWRF_Noll.pdf
- Frequencies for Mobile Communications in Norway: https://www.nkom.no/frekvenser-og-elektronisk-utstyr/tillatelse-til-a-bruke-frekvenser/offentlig-mobilkommunikasjon-i-norge
- Home Work
- A) Plot realistic P_r from free space versus Pedestrian model (page 4 handout)
- B) Create a table with R= 300 m, 1 km, 3 km for Loss in free space, pedestrian and vehicular (page 5 handouts)
- C) Using the ETSI indoor propagation model, calculate the expected loss for Wifi,
b) on the mobile phone, use Android "Network Cell Info Lite" for measuring Wifi coverage, and compare to theoretical results (page 6 handouts)
1Nov - L11 Group work (own work on establishing the solution) - (M)
8Nov - L12 Wireless troubleshooting
15Nov - L13 Hands-on Wireless configuration
- 5Hac - 5 GHz mesh & 2,4 GHz access
- Handouts Media:TEK5110_BuildingP2PWirelessNetworks.pdf
- Point-to-point wireless link configuration guide Media:TEK5110_P2PWirelessConfiguration.pdf
- Notes: Media:TEK5110_L5_Notes_h20.pdf
- Edge wireless access point configuration guide Media:TEK5110_EdgeWirelessConfiguration.pdf
- Wireless hotspot configuration guide Media:TEK5110_WirelessHotspotConfiguration.pdf
- Lecture Notes Media:TEK5110-L13_LectureNotes.pdf
- Lecture Notes Media:TEK5110_L13-15_ProjectArchitectureH20.pdf
22Nov - L14 Group Presentation, see Group work info & evaluation criteria
29Nov - L15 Report writing (10-15 pages report on group work, Master Template)
13-15Dec Exam (1 days)
Exam 13/14/15Dec (1 day)
13Dec - Oral exam (25 min, 3 parts)
- Oral exam at ITS
Time schedule exam: https://doodle.com/poll/tm7kf3pnzqnt76ue?utm_source=poll&utm_medium=link (please select one slot)
- Present (talk about) your group work and highlight your contribution (8 min),
- Answer questions to your group work (7 min)
- Randomly pick 3-4 questions related to the course, and answer them (10 min) - see TEK5110/List_of_Questions
For further details, please see the Media:TEK5110_Sensorveiledning_Assessor_Guidance.pdf
- This course is a Master and PhD course (TEK5110). The PhD students will focus more on details, to be discussed with the lecturers.
- Google UNIK4700 Community: https://plus.google.com/communities/107897964181233758835
- The course takes place on Tuesdays, 1315-1600h at ITS@Kjeller (selected dates).
- Evaluation is based on a presentation of topics and the implementation of your scenario.
To add new lectures, use: Add a lecture
- Relation between transmitted effect and received power of an antenna: Barry McLarnon - http://www.tapr.org/ve3jf.dcc97.html
- Book chapter on propagation - http://www2.it.lut.fi/kurssit/04-05/010651000/Luennot/Chapter4.pdf
Books related to security:
- "UMTS Security" - Günther Horn, Dan Forsberg, Wolf-Dietrich Moeller, Valtteri Niemi, Wiley
- "LTE Security" - Valtteri Niemi, Kaisa Nyberg, Wiley
- "Entity Authentication and Personal Privacy in Future Cellular Systems", Geir Køien, River
- G.M. Køien, "An introduction to access security in UMTS", IEEE Wireless Comm.magazine, February, 2004
- G. Rose and G.M. Køien, "Access security in CDMA2000, including a comparison with UMTS access security", IEEE Wireless Comm.magazine, February, 2004
- C.B. Sankaran, " Network access security in next- generation 3GPP systems: A tutorial ", IEEE Comm.magazine, February 2009
- G.M. Køien, " Access Security in 3GPP-based Mobile Broadband Systems", Telektronikk, 2010
3GPP spesifikasjoner: (disse finner du på 3GPP.org)
- TS 43.020 (GSM/GPRS)
- TS 33.102, 33.105, 33.102 (UMTS)
- TS 33.210
- TS 33.401, 33.402 (LTE)
Lectures will be recorded and available through corresponding links
- (dato endres med dato for forelesningen//date changes according to lecture date)