Property:Learning outcomes

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Pages using the property "Learning outcomes"

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I
Implementation Semantic Application +	Having joined this lecture, you will: * have cleared the ground for creating your application * have achieved some results implementing your application  +
Implementation evaluation of Cost 231 WI model +	Having followed the lecture, you will have learned * have implemented the COST231 HI model * be able to refer some typical path loss results from the model  +
Individual review/Oral exam +	The personal talk will help you to address all open topics  +
Interference level and modelling +	Understand how the receiver sensitivity is calculated for GSM and UMTS  +
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MANET, Multi-homing and Simulation of handover +	Learning outcomes: * Explain the principles of Multi-homing * Explain the principles of MANET * Explain how handoff works  +
Managed Wifi Access +	Having followed the lecture, you can * understand topics like air time, bad apple * explain the limitations of Wifi * provide typical results from Wifi in-house measurements  +
Managed Wireless for Internet and IoT +	Why should we monitor and manage IoT? * What would be the optimal monitoring time intervals for IoT? * What would be the optimal IoT management architecture (using gateway or direct connection)? * Which approach will you use for IoT management in your infrastructure? (configuration management, SDN, open standard protocols or enterprise cloud platforms) * What are the IoT management security and privacy consideration?  +
Mobile Broadband +	Learning outcomes: * Mobile Broadband overview * Technical standards for broadband telecommunication * WCDMA * HSPA/HSPA Evolution * LTE and LTE Advanced * Voice over LTE * Self Organizing Network  +
Mobile Broadband-I +	Learning outcomes: * Mobile Broadband overview * Technical standards for broadband telecommunication  +
Mobile Broadband-II +	Understand following mobile technologies # WCDMA # HSPA/HSPA Evolution # LTE and LTE Advanced # Voice over LTE # Self Organizing Network  +
Mobile Communications - Introduction +	Having joined this lecture, you will * have an impression on where to focus * have an impression on the topics being discussed in this course * get an impression on what is expected from you in terms of deliverables (presentation, papers)  +
Mobile Communications- Network Architecture and Functionality +	Target is to understand following topics after the lecture: * GSM, UMTS and LTE Network Architecture with Basic Elements *  +
Mobile IP and Patch Antennas +	Learning Outcomes: * Difference between Mobile IP-based handover and GSM/UMTS-based handover * Can explain the function of a Home Agent and a Foreign Agent * Know what triangular routing is, and can explain how it is handled in Mobile IPv4 and Mobile IPv6  +
Mobile IPv4 v6 +	Learning Outcomes: * Difference between Mobile IP-based handover and GSM/UMTS-based handover * Can explain the function of a Home Agent and a Foreign Agent * Know what triangular routing is, and can explain how it is handled in Mobile IPv4 and Mobile IPv6  +
Mobile Network Challenges +	Understand the challenges in 5G and beyond networks  +
Mobile evolution 5G (B6,D4,F1) +	Understand the challenges in 4G and 5G communications (B6,D4)  +
Mobile network security +	Having followed the lecture, you * will be able to explain a security architecture of a mobile system * mention threats being relevant for mobile systems * can point to the principle differences between the security elements of NMT, GSM, UMTS and LTE * can describe the importance of the SIM card for the security architecture of GSM and UMTS * know why a user can get a new SIM card, but keep his mobile phone number. * can point our the main functionality of the three major security algorithms A3, A5 and A8 * explain why the A5 algorithm exists in various forms  +
Mobility and Handover in mobile systems +	What will we learn today: * Discrete Mobility * Portability * Mobility Management & Schemes * Handover in mobile communications  +
Modelling your own ontology - 2013 +	After having joined this lecture, you will be able to design your own ontologies know how to import and export ontologies from Protege  +
Multiple Access +	Understand the following topics with relation to Multiple Access Protocols concept: * Contentionless & Content * FDMA, TDMA, CDMA, OFDMA * Spread Spectrum  +
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Near Field Communication,Bluetooth, ZigBee and ANT+ +	What will we learn today * What is Near Field Communication? * The difference between NFC and RFID? * Characteristics of other wireless technologies  +
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Pellets-based reasoning +	Having joined the lecture, you will * have understood the difference between Pellets-based reasoning and the direct application of the SWRL-tab in Protege, * be able to apply Pellets for your ontology * be able to mention advantages and limitations of Pellets-based reasoning * list the difference between SWRL and SQWRL * explain where to apply SWRL and SQWRL  +
Policies and Semantic Web Rules in Practise +	During this lecture you will have your own rules defined in your ontologies. You also know the difference between the outcome of a semantic rule and the outcome of a query: * the outcome of a rule is new knowledge, which can be feeded back into the ontology * the outcome of a query is a list of values, which can be used in other programs  +
Prepare for Reasoning with SWRL +	having joined this lecture, you will be able * to formulate your rules in a "human understandable language". * to know how to add SWRL to your Protege 3.5 (unsure about the status in Protege 4.3) * to see one example of a SWRL rule  +
Propagation Characteristics of Wireless Channel-I +	Understand the following topics in wireless channel propagation: * Reflection, Refraction, Diffraction and Scattering phenomenon in propagation * Attenuation * Path Loss  +

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