TIP: a course about IP convergence technology
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A synthetic description of a course given at the Computer Science Department of the University of Pisa.
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2) Details on the program outcomes which focus on applying technical knowledge, lifelong learning, research, and total quality education.
3) A list of 12 experiments that will be conducted in the lab, including implementing various protocols using sockets and simulating protocols using a network simulator.
4) An index table to record details of experiments conducted like date, topic, outcomes and marks.
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Student Modeling Using NN-HMM for EFL Course
A new approach for building student model in an
Adaptive and intelligent Web-Based Educational System
(AIWBES) is introduced. This approach utilizes a hybrid
algorithm based on Fuzzy-ART2 neural network and stochastic
method called Hidden Markov Model (HMM), in order to
evaluate and categorize students’ knowledge status in six levels:
Excellent, very good, good, fair, weak and very weak; depending
on 5 parameters collected through their interactions with the
system. The student model is initialized by presenting a pre-test
form to students and it is updated dynamically according to their
study times and assessment results. Students' knowledge status
are modeled through three phases, initialization, training and
recall phases. In the initialization phase, input vectors are
normalized before they are categorized using unsupervised
algorithm Fuzzy-ART2 in 6 clusters representing 6 knowledge
status. A HMM is created for each cluster and when new
students' parameters are collected, they are introduced to Baum-
Welch re-estimation algorithm to train the 6 HMMs and to
maximize the observed sequence that is associated with a
particular cluster. Forward algorithm evaluates then the
likelihood of this sequence with respect to each of the HMMs and
to determine the maximum value, which represents the actual
knowledge status of the student. Experiment results show that
the proposed approach is capable of categorizing student
parameter vectors to their corresponding cluster with good
accuracies. The result of such classifications would open new
horizons and applications in AIWBES.
Context-adaptive multichannel applications: a model and a case study
The subject of this thesis is the development of a new approach for the creation of a family of adaptive multimedia applications, focused on finding the right balance between the quality of the final product and the efficiency of the authoring effort. This project considers the development of a specific class of applications, that is interactive museum guides. The process of creating multimedia applications that can be used in different scenarios is a complex operation, that is usually tackled with two opposite approaches: “recycling” - without a real method - the application for contexts, devices or user for which it was not initially designed or, on the other hand, the design and implementation from scratch of every new version. Both methods proven to be ineffective, since they lead to a poor quality of the final product or to excessive development costs. Starting from a real case study, that is design and development of a family of adaptive guides for the archaeological museum of Milan, we defined a model, 1001guides, that supports adaptivity for this class of applications. It’s focused on authoring efficiency and it’s designed to minimize the additional effort needed for content adaptation. We consider adaptivity depending on two main variables, context of use and channel, that are integrated in a unique dimension, called User eXperience. The idea is to create the adapted versions starting from a neutral basis of contents, always valid and produced only once (core contents), that can be re- organized and enriched with additional multimedia fragments, designed to adapt the information to the various UXs. Starting from the 1001guide model, developed for the case of interactive guides, we tried then to generalize the concept, by extending it to a wider class of applications. The approach proposed can bring benefits both for final users and content authors. The formers will get multimedia products really tailored to their specific needs and to the scenarios in which they will use them. Authors instead, thanks to the future development of an authoring tool based on the proposed model, will be able to create the adapted versions of the same application in a shorter span of time and with much more limited costs.
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testppt ch01(1)
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This document contains information related to a Networks Laboratory course, including the lab manual, program objectives, outcomes, syllabus, and index. It provides:
1) An overview of the course contents, objectives to learn network commands, socket programming, analyze protocols, and use simulation tools.
2) Details on the program outcomes which focus on applying technical knowledge, lifelong learning, research, and total quality education.
3) A list of 12 experiments that will be conducted in the lab, including implementing various protocols using sockets and simulating protocols using a network simulator.
4) An index table to record details of experiments conducted like date, topic, outcomes and marks.
ICN in the IRTF and IETF
The document discusses the role of the IRTF ICNRG in developing platforms for information-centric networking (ICN) experimentation and identifying areas that may need standardization. The ICNRG works on specifications and produces open-source code but does not set standards. Any standardization should avoid premature decisions and learn from application prototypes. Information-centric networking could significantly benefit new 5G networks by enabling features like multi-path communication and local control loops, and initial deployment is possible in areas like data centers and the internet of things.
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ITNE3007 Advanced Routing Copyright © 2015-2018 VIT, All R.docx
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 1
ITNE3007
Advanced Routing
Project
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 2
Objective(s)
This assessment relates to the unit learning outcomes as in the unit descriptor. This assessment is
designed to evaluate student’s ability on planning, configuring and verifying the implementation of
secure enterprise LAN and WAN network solutions using multiple routing protocols.
The following ULOs are assessed in this assessment.
LO1 Explain basic routing concepts and plan the configuration and verification of routing
protocols and their optimization in enterprise networks
LO2 Analyse the technologies, components, and metrics used to implement and verify
routing in diverse, large-scale internetworks based on enterprise requirements.
LO3 Critically evaluate various multi-area routing functions and benefits for routing
efficiencies in network operations in order to implement and verify routing in a complex
enterprise network.
LO4 Implement and verify a redistribution solution in a multi-protocol network with control
path selection and loop-free topology according to a given network design meeting
enterprise requirements.
LO5 Evaluate common network security and performance issues and identify the tools
needed to control the path
INSTRUCTIONS
These instructions apply to the Project
Group Project (Weightage 20%) – The submissions should be uploaded on the LMS by Session 12
This Project will focus on student’s ability to implement an enterprise level network that runs multiple
routing protocols. The project should be conducted as a group task by a group of 4 students. Upon the
implementation of the network, students should produce a comprehensive report, which includes
screenshots of configuration of routers and other nodes, and brief explanation of the screenshots.
Students should implement the network based on the given scenario in a virtual environment using
GNS3. Please make sure to name the devices with the group name.
If any third-party content is used. The citation of sources is mandatory and should follow IEEE style.
Scenario:
ABC Pty is an Airline company which owns the public IP range 17.86.98.0/24 and AS number 31400.
They had recently acquired a start-up software development company named XYZ Pty Ltd. The ABC
Pty Ltd and XYZ Pty Ltd have been respectively running OSPF and EIGRP as their Interior Gateway
Protocols. In order to establish connectivity between two sites, the management decided to use route
redistribution.
ABC Pty Ltd is connected to the internet through ISP1 with AS number 42000 using a BGP peering.
A simplified network topology is given below with the IP Allocations for each network.
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 3
Figure 1: Topology Diagram
Table 1: IP ...
resume-latest 14022016
Sham Rizal Ramlee is a 40-year-old Malaysian male with a Bachelor's degree in Computer Science from University Putra Malaysia. He has over 10 years of experience in network troubleshooting, planning, and administration. His most recent role is as a Network Solution Architect at PETRONAS CARIGALI IRAQ, where he has worked since January 2012.
NE3007 Advanced RoutingCopyright © 2015-2018 VIT, All Rights.docx
NE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 1
ITNE3007
Advanced Routing
Project
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 2
Objective(s)
This assessment relates to the unit learning outcomes as in the unit descriptor. This assessment is
designed to evaluate student’s ability on planning, configuring and verifying the implementation of
secure enterprise LAN and WAN network solutions using multiple routing protocols.
The following ULOs are assessed in this assessment.
LO1 Explain basic routing concepts and plan the configuration and verification of routing protocols and their optimization in enterprise networks
LO2 Analyse the technologies, components, and metrics used to implement and verify routing in diverse, large-scale internetworks based on enterprise requirements.
LO3 Critically evaluate various multi-area routing functions and benefits for routing efficiencies in network operations in order to implement and verify routing in a complex enterprise network.
LO4 Implement and verify a redistribution solution in a multi-protocol network with control path selection and loop-free topology according to a given network design meeting enterprise requirements.
LO5 Evaluate common network security and performance issues and identify the tools needed to control the path
INSTRUCTIONS
These instructions apply to the Project
Group Project (Weightage 20%) – The submissions should be uploaded on the LMS by Session 12
This Project will focus on student’s ability to implement an enterprise level network that runs multiple
routing protocols. The project should be conducted as a group task by a group of 4 students. Upon the
implementation of the network, students should produce a comprehensive report, which includes
screenshots of configuration of routers and other nodes, and brief explanation of the screenshots.
Students should implement the network based on the given scenario in a virtual environment using
GNS3. Please make sure to name the devices with the group name.
If any third-party content is used. The citation of sources is mandatory and should follow IEEE style.
Scenario:
ABC Pty is an Airline company which owns the public IP range 17.86.98.0/24 and AS number 31400.
They had recently acquired a start-up software development company named XYZ Pty Ltd. The ABC
Pty Ltd and XYZ Pty Ltd have been respectively running OSPF and EIGRP as their Interior Gateway
Protocols. In order to establish connectivity between two sites, the management decided to use route
redistribution.
ABC Pty Ltd is connected to the internet through ISP1 with AS number 42000 using a BGP peering.
A simplified network topology is given below with the IP Allocations for each network.
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 3
Figure 1: Topology Diagram
Table 1: IP Address Plan
Device Name Interface IP Address
ISP Router S0/0 10.0.1.253/30
Lo1 5.62.20.1/2.
Chapter 7
This document provides an overview of Chapter 7 from a management information systems textbook. The chapter discusses telecommunications, computer networks, the Internet, and wireless technologies. It covers topics such as the components of telecommunications networks, different types of networks, how the Internet works, Internet protocols, wireless networking, radio frequency identification, and uses of these technologies in business. The chapter also examines issues around network neutrality and provides examples of how various digital technologies function.
Delivering Traditional and Omnidirectional Media
This document provides an overview of an IEEE ICME tutorial on streaming media delivery held in San Diego in July 2018. The tutorial covered principles of HTTP adaptive streaming and omnidirectional media delivery. It discussed content generation, distribution and consumption workflows for traditional and omnidirectional media. Standards and emerging technologies in adaptive streaming were also covered. The second part of the tutorial focused on 5G radio access and core networks as well as emerging multimedia use cases. Presenters included researchers and industry experts from academia and companies like Cisco, InterDigital and Bitmovin.
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I am an experienced senior software engineer with a PhD degree in Computer Science, by several years of experience in software developing, coding, problem-solving, and research. In 2017, I started a permanent position at British SKY Broadcasting, London UK, working on cutting edge wireless mesh technologies. My previous role was associated software engineer in Nokia Corporation working in the wireless and mobile department. Also, I was a researcher and developer at the Institute of Telecommunication (IT) in Portugal and worked as a technical member of several European telecommunication projects.
Irati fire-engineering-workshop-nov2012
This document provides an overview of the IRATI project which aims to advance the RINA (Recursive Internet Architecture) model and specifications through the design and implementation of a prototype. The goals are to validate RINA theory through experimentation, produce requirements for RINA, and compare it to TCP/IP. A key focus is implementing RINA over Ethernet and validating functionality on UNIX-like operating systems and Juniper JunOS. Experiments will be conducted using the OFELIA open network testbed.
Prof MSc Program in Electronics
The document describes a Professional Masters program in Electronics and Telecommunication offered by Cairo University. It provides details on the program structure, objectives, admission requirements, courses offered, and industry partnerships. The program aims to produce industry-ready professionals and comprises three specialization tracks: Telecommunication Networks, Embedded Systems, and Electronics and MEMS Design. It requires completion of 30 credit hours within 3 years, including engineering and non-engineering courses as well as a masters project. The program partners with leading electronics and telecom firms who collaborate in various ways including curriculum design, teaching, and funding.
Standard standardization protocol
Standardization is important for enabling interoperability, reducing costs, and promoting innovation. The document discusses the evolution of standardization from national monopolies to today's global, collaborative process. It outlines the basic principles and value of standardization, as well as the standards development process. In particular, it describes the key role of the International Telecommunication Union (ITU) in facilitating consensus-based standards development through its study groups and recommendations.
Latif ladid gen6 overview
The GEN6 project aims to pilot IPv6 upgrades of eGovernment services across Europe. It has a budget of 6 million euros and involves organizations from 8 countries. The project will provide guidelines for IPv6 deployment and document national pilot projects upgrading networks, services, and applications in areas like eGovernment, secure clouds, education, and emergency response. Outcomes will include technical documentation of the pilots and estimates of transition costs and benefits to support broader IPv6 adoption. Dissemination efforts will spread the results to public administrations and other stakeholders.
How to (Help to) Save Our Planet with Green Coding
The document discusses how software and coding can help reduce greenhouse gas emissions and energy consumption. It notes that the ICT sector accounts for 4-10% of global energy use and growing. Practical solutions proposed include reducing the amount of data transferred by using caching and compression, removing unnecessary code, and improving coding efficiency by focusing on optimizing hotspots. The key message is that reducing energy use in software is an ongoing journey that requires incremental improvements over time.
Level up your career with a Post Master's Degree in C-ITS (Connected Vehicles)
You are interested in the high tech field of Connected cars and wish to take your career to the next level? The Post Master's degree may be the right option for you!
EURECOM's Post Master's degree offers the necessary knowledge required by engineers and managers to design connected cars / connected mobility applications and the related mechanisms to understand the innovations and seize the unique opportunities of the booming Vehicular Communications industry.
Using Future Internet testbeds in the classroom
The document discusses using the Future Internet testbed FIBRE to teach networking classes. It provides an overview of FIBRE, including its goals of experimenting with new Internet architectures, worldwide initiatives in teaching with testbeds, and plans to develop exercises and lessons to deploy in FIBRE. The summary highlights that FIBRE allows researchers to validate new proposals for the Future Internet through experimentation in its large-scale facilities, and that developing educational materials for its use can help train the next generation of networking researchers.
Rina korea-eu-ws-2013-sergi figuerola-last version_upload
This document summarizes RINA research activities funded by the European Commission, including the IRATI, PRISTINE, and IRINA projects. IRATI developed an initial RINA prototype and specifications and experimented with use cases like corporate VPNs and cloud networking. PRISTINE aims to build an SDK for the prototype to enable programmable DIF policies and trial use cases like distributed cloud and datacenter networking. IRINA performs a comparative analysis of network architectures and trials a use case study involving research network operators. The projects contribute to advancing the RINA reference model, specifications, policies, use cases, and experimentation to develop the technology toward deployment.
Influence of Transport Layer Information on QoE
In the growing trend of technology, it is important to keep up with user expectation and his level of satisfaction. Thus, there is high demand for Quality of Experience (QoE) in the research domain. The Quality of Experience is defined as the degree of delight or annoyance of the user of an application or service. It results from the fulfillment of his or her expectations with respect to the utility and/or enjoyment of the application or service in the light of the user’s personality and current state. In the context of communication services, it is influenced by content, network, device, application, user expectations and context of use.QoE is a subjective measure whereas QoS is objective. Thus, it is interesting to analyze the behavior of QoE rather than QoS.
SGD 2016 - Lessons learned
The document outlines lessons learned from improved sharing of network and flight information globally. Key points include:
- Benefits of increased integration and harmonization of airspace usage across borders were recognized.
- Further work is needed to fully trace data origins and ensure quality of metadata being shared.
- National regulators sometimes require all notices to pilots to be physically on board aircraft, which does not align with automated sharing of updates.
- Global adoption of SWIM is occurring, and a registry is needed to help discover services, though current registries have limitations.
- Standards like FIXM, AIXM, and WXXM help achieve interoperability, but some inconsistencies between implementations remain.
- Architecture approaches
ApoorvJoshi_Resume
Apoorv V. Joshi is seeking a job as a software engineer. He has a Master's degree in Computer Engineering from North Carolina State University and a Bachelor's degree in Electronics and Telecommunication from Pune Institute of Computer Technology in India. His technical skills include programming languages like Java, Python, C, C++, and network tools. He has internship experience developing an electro retino graphy system. His projects involve creating a handover application for VoIP calls on Android and modifying Linux kernel modules to prioritize emergency network traffic. He also has experience with simulation tools and analyzing variants of TCP congestion control.
my project publication
This document discusses a study that compared the performance of multimedia traffic (voice, video, data) over MPLS VPN networks versus traditional IP networks. The study found that MPLS VPN networks offered better performance for multimedia traffic propagation based on key metrics like throughput, utilization, and packet delay variation. Specifically, the MPLS VPN scenario had higher throughput (2.44% vs 97.56%) and utilization (34.09% vs 65.91%), but lower packet delay variation (37.5% vs 62.5%) compared to the traditional IP network model. The results show that MPLS VPN is better suited for real-time multimedia applications due to its ability to provide guaranteed services, traffic engineering, and predictable minimum delays.
My Curriculum Vitae
Muhammad Adil Raja is a researcher interested in machine learning and its applications. He has a PhD from University of Limerick and has worked as a post-doctorate researcher at Orange Labs. His research focuses on developing machine learning models for tasks like speech quality estimation, network impairment characterization, and computational neuroscience. He has extensive experience developing machine learning software and has authored several research proposals applying machine learning.
An open-source testbed for IoT systems
Slides for the presentation given at the Webist 2021 conference
Abstract:
A research team that wants to validate a new IoT solution has to implement a testbed. It is a complex step
since it must provide a realistic environment, and this may require skills that are not present in the team. This
paper explores the requirements of an IoT testbed and proposes an open-source solution based on low-cost
and widely available components and technologies. The testbed implements an architecture consisting of a
collector managing several edge devices. Security levels and duty-cycle are tunable depending on the specific
application. After analyzing the testbed requirements, the paper illustrates a template that uses WiFi for the
link layer, HTTPS for structured communication, an ESP8266 board for edge units, and a RaspberryPi for the
collector.
More Related Content
Similar to TIP: a course about IP convergence technology
A Kuriakidou, E Filtzantzidou, P Balaouras,I Roussakis, C. Mouzakis, I Stavra...
This document provides an evaluation report of distance learning trials conducted by the University of Athens. It describes four scenarios that were tested: 1) encoding features utilizing MPEG formats to deliver lectures to remote classrooms and desktop users, 2) transcoding features, 3) rate adaptation, and 4) testing system performance boundaries. Scenario 1 involved three trials using MPEG-1, MPEG-2, and MPEG-4 formats to stream lectures at different rates. The trials engaged over 120 students and staff. User feedback was collected through questionnaires to evaluate the pedagogical and technical aspects.
ITNE3007 Advanced Routing Copyright © 2015-2018 VIT, All R.docx
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 1
ITNE3007
Advanced Routing
Project
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 2
Objective(s)
This assessment relates to the unit learning outcomes as in the unit descriptor. This assessment is
designed to evaluate student’s ability on planning, configuring and verifying the implementation of
secure enterprise LAN and WAN network solutions using multiple routing protocols.
The following ULOs are assessed in this assessment.
LO1 Explain basic routing concepts and plan the configuration and verification of routing
protocols and their optimization in enterprise networks
LO2 Analyse the technologies, components, and metrics used to implement and verify
routing in diverse, large-scale internetworks based on enterprise requirements.
LO3 Critically evaluate various multi-area routing functions and benefits for routing
efficiencies in network operations in order to implement and verify routing in a complex
enterprise network.
LO4 Implement and verify a redistribution solution in a multi-protocol network with control
path selection and loop-free topology according to a given network design meeting
enterprise requirements.
LO5 Evaluate common network security and performance issues and identify the tools
needed to control the path
INSTRUCTIONS
These instructions apply to the Project
Group Project (Weightage 20%) – The submissions should be uploaded on the LMS by Session 12
This Project will focus on student’s ability to implement an enterprise level network that runs multiple
routing protocols. The project should be conducted as a group task by a group of 4 students. Upon the
implementation of the network, students should produce a comprehensive report, which includes
screenshots of configuration of routers and other nodes, and brief explanation of the screenshots.
Students should implement the network based on the given scenario in a virtual environment using
GNS3. Please make sure to name the devices with the group name.
If any third-party content is used. The citation of sources is mandatory and should follow IEEE style.
Scenario:
ABC Pty is an Airline company which owns the public IP range 17.86.98.0/24 and AS number 31400.
They had recently acquired a start-up software development company named XYZ Pty Ltd. The ABC
Pty Ltd and XYZ Pty Ltd have been respectively running OSPF and EIGRP as their Interior Gateway
Protocols. In order to establish connectivity between two sites, the management decided to use route
redistribution.
ABC Pty Ltd is connected to the internet through ISP1 with AS number 42000 using a BGP peering.
A simplified network topology is given below with the IP Allocations for each network.
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 3
Figure 1: Topology Diagram
Table 1: IP ...
resume-latest 14022016
Sham Rizal Ramlee is a 40-year-old Malaysian male with a Bachelor's degree in Computer Science from University Putra Malaysia. He has over 10 years of experience in network troubleshooting, planning, and administration. His most recent role is as a Network Solution Architect at PETRONAS CARIGALI IRAQ, where he has worked since January 2012.
NE3007 Advanced RoutingCopyright © 2015-2018 VIT, All Rights.docx
NE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 1
ITNE3007
Advanced Routing
Project
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 2
Objective(s)
This assessment relates to the unit learning outcomes as in the unit descriptor. This assessment is
designed to evaluate student’s ability on planning, configuring and verifying the implementation of
secure enterprise LAN and WAN network solutions using multiple routing protocols.
The following ULOs are assessed in this assessment.
LO1 Explain basic routing concepts and plan the configuration and verification of routing protocols and their optimization in enterprise networks
LO2 Analyse the technologies, components, and metrics used to implement and verify routing in diverse, large-scale internetworks based on enterprise requirements.
LO3 Critically evaluate various multi-area routing functions and benefits for routing efficiencies in network operations in order to implement and verify routing in a complex enterprise network.
LO4 Implement and verify a redistribution solution in a multi-protocol network with control path selection and loop-free topology according to a given network design meeting enterprise requirements.
LO5 Evaluate common network security and performance issues and identify the tools needed to control the path
INSTRUCTIONS
These instructions apply to the Project
Group Project (Weightage 20%) – The submissions should be uploaded on the LMS by Session 12
This Project will focus on student’s ability to implement an enterprise level network that runs multiple
routing protocols. The project should be conducted as a group task by a group of 4 students. Upon the
implementation of the network, students should produce a comprehensive report, which includes
screenshots of configuration of routers and other nodes, and brief explanation of the screenshots.
Students should implement the network based on the given scenario in a virtual environment using
GNS3. Please make sure to name the devices with the group name.
If any third-party content is used. The citation of sources is mandatory and should follow IEEE style.
Scenario:
ABC Pty is an Airline company which owns the public IP range 17.86.98.0/24 and AS number 31400.
They had recently acquired a start-up software development company named XYZ Pty Ltd. The ABC
Pty Ltd and XYZ Pty Ltd have been respectively running OSPF and EIGRP as their Interior Gateway
Protocols. In order to establish connectivity between two sites, the management decided to use route
redistribution.
ABC Pty Ltd is connected to the internet through ISP1 with AS number 42000 using a BGP peering.
A simplified network topology is given below with the IP Allocations for each network.
ITNE3007 Advanced Routing
Copyright © 2015-2018 VIT, All Rights Reserved. 3
Figure 1: Topology Diagram
Table 1: IP Address Plan
Device Name Interface IP Address
ISP Router S0/0 10.0.1.253/30
Lo1 5.62.20.1/2.
Chapter 7
This document provides an overview of Chapter 7 from a management information systems textbook. The chapter discusses telecommunications, computer networks, the Internet, and wireless technologies. It covers topics such as the components of telecommunications networks, different types of networks, how the Internet works, Internet protocols, wireless networking, radio frequency identification, and uses of these technologies in business. The chapter also examines issues around network neutrality and provides examples of how various digital technologies function.
Delivering Traditional and Omnidirectional Media
This document provides an overview of an IEEE ICME tutorial on streaming media delivery held in San Diego in July 2018. The tutorial covered principles of HTTP adaptive streaming and omnidirectional media delivery. It discussed content generation, distribution and consumption workflows for traditional and omnidirectional media. Standards and emerging technologies in adaptive streaming were also covered. The second part of the tutorial focused on 5G radio access and core networks as well as emerging multimedia use cases. Presenters included researchers and industry experts from academia and companies like Cisco, InterDigital and Bitmovin.
Vahid nazaritalooki cv
I am an experienced senior software engineer with a PhD degree in Computer Science, by several years of experience in software developing, coding, problem-solving, and research. In 2017, I started a permanent position at British SKY Broadcasting, London UK, working on cutting edge wireless mesh technologies. My previous role was associated software engineer in Nokia Corporation working in the wireless and mobile department. Also, I was a researcher and developer at the Institute of Telecommunication (IT) in Portugal and worked as a technical member of several European telecommunication projects.
Irati fire-engineering-workshop-nov2012
This document provides an overview of the IRATI project which aims to advance the RINA (Recursive Internet Architecture) model and specifications through the design and implementation of a prototype. The goals are to validate RINA theory through experimentation, produce requirements for RINA, and compare it to TCP/IP. A key focus is implementing RINA over Ethernet and validating functionality on UNIX-like operating systems and Juniper JunOS. Experiments will be conducted using the OFELIA open network testbed.
Prof MSc Program in Electronics
The document describes a Professional Masters program in Electronics and Telecommunication offered by Cairo University. It provides details on the program structure, objectives, admission requirements, courses offered, and industry partnerships. The program aims to produce industry-ready professionals and comprises three specialization tracks: Telecommunication Networks, Embedded Systems, and Electronics and MEMS Design. It requires completion of 30 credit hours within 3 years, including engineering and non-engineering courses as well as a masters project. The program partners with leading electronics and telecom firms who collaborate in various ways including curriculum design, teaching, and funding.
Standard standardization protocol
Standardization is important for enabling interoperability, reducing costs, and promoting innovation. The document discusses the evolution of standardization from national monopolies to today's global, collaborative process. It outlines the basic principles and value of standardization, as well as the standards development process. In particular, it describes the key role of the International Telecommunication Union (ITU) in facilitating consensus-based standards development through its study groups and recommendations.
Latif ladid gen6 overview
The GEN6 project aims to pilot IPv6 upgrades of eGovernment services across Europe. It has a budget of 6 million euros and involves organizations from 8 countries. The project will provide guidelines for IPv6 deployment and document national pilot projects upgrading networks, services, and applications in areas like eGovernment, secure clouds, education, and emergency response. Outcomes will include technical documentation of the pilots and estimates of transition costs and benefits to support broader IPv6 adoption. Dissemination efforts will spread the results to public administrations and other stakeholders.
How to (Help to) Save Our Planet with Green Coding
The document discusses how software and coding can help reduce greenhouse gas emissions and energy consumption. It notes that the ICT sector accounts for 4-10% of global energy use and growing. Practical solutions proposed include reducing the amount of data transferred by using caching and compression, removing unnecessary code, and improving coding efficiency by focusing on optimizing hotspots. The key message is that reducing energy use in software is an ongoing journey that requires incremental improvements over time.
Level up your career with a Post Master's Degree in C-ITS (Connected Vehicles)
You are interested in the high tech field of Connected cars and wish to take your career to the next level? The Post Master's degree may be the right option for you!
EURECOM's Post Master's degree offers the necessary knowledge required by engineers and managers to design connected cars / connected mobility applications and the related mechanisms to understand the innovations and seize the unique opportunities of the booming Vehicular Communications industry.
Using Future Internet testbeds in the classroom
The document discusses using the Future Internet testbed FIBRE to teach networking classes. It provides an overview of FIBRE, including its goals of experimenting with new Internet architectures, worldwide initiatives in teaching with testbeds, and plans to develop exercises and lessons to deploy in FIBRE. The summary highlights that FIBRE allows researchers to validate new proposals for the Future Internet through experimentation in its large-scale facilities, and that developing educational materials for its use can help train the next generation of networking researchers.
Rina korea-eu-ws-2013-sergi figuerola-last version_upload
This document summarizes RINA research activities funded by the European Commission, including the IRATI, PRISTINE, and IRINA projects. IRATI developed an initial RINA prototype and specifications and experimented with use cases like corporate VPNs and cloud networking. PRISTINE aims to build an SDK for the prototype to enable programmable DIF policies and trial use cases like distributed cloud and datacenter networking. IRINA performs a comparative analysis of network architectures and trials a use case study involving research network operators. The projects contribute to advancing the RINA reference model, specifications, policies, use cases, and experimentation to develop the technology toward deployment.
Influence of Transport Layer Information on QoE
In the growing trend of technology, it is important to keep up with user expectation and his level of satisfaction. Thus, there is high demand for Quality of Experience (QoE) in the research domain. The Quality of Experience is defined as the degree of delight or annoyance of the user of an application or service. It results from the fulfillment of his or her expectations with respect to the utility and/or enjoyment of the application or service in the light of the user’s personality and current state. In the context of communication services, it is influenced by content, network, device, application, user expectations and context of use.QoE is a subjective measure whereas QoS is objective. Thus, it is interesting to analyze the behavior of QoE rather than QoS.
SGD 2016 - Lessons learned
The document outlines lessons learned from improved sharing of network and flight information globally. Key points include:
- Benefits of increased integration and harmonization of airspace usage across borders were recognized.
- Further work is needed to fully trace data origins and ensure quality of metadata being shared.
- National regulators sometimes require all notices to pilots to be physically on board aircraft, which does not align with automated sharing of updates.
- Global adoption of SWIM is occurring, and a registry is needed to help discover services, though current registries have limitations.
- Standards like FIXM, AIXM, and WXXM help achieve interoperability, but some inconsistencies between implementations remain.
- Architecture approaches
ApoorvJoshi_Resume
Apoorv V. Joshi is seeking a job as a software engineer. He has a Master's degree in Computer Engineering from North Carolina State University and a Bachelor's degree in Electronics and Telecommunication from Pune Institute of Computer Technology in India. His technical skills include programming languages like Java, Python, C, C++, and network tools. He has internship experience developing an electro retino graphy system. His projects involve creating a handover application for VoIP calls on Android and modifying Linux kernel modules to prioritize emergency network traffic. He also has experience with simulation tools and analyzing variants of TCP congestion control.
my project publication
This document discusses a study that compared the performance of multimedia traffic (voice, video, data) over MPLS VPN networks versus traditional IP networks. The study found that MPLS VPN networks offered better performance for multimedia traffic propagation based on key metrics like throughput, utilization, and packet delay variation. Specifically, the MPLS VPN scenario had higher throughput (2.44% vs 97.56%) and utilization (34.09% vs 65.91%), but lower packet delay variation (37.5% vs 62.5%) compared to the traditional IP network model. The results show that MPLS VPN is better suited for real-time multimedia applications due to its ability to provide guaranteed services, traffic engineering, and predictable minimum delays.
My Curriculum Vitae
Muhammad Adil Raja is a researcher interested in machine learning and its applications. He has a PhD from University of Limerick and has worked as a post-doctorate researcher at Orange Labs. His research focuses on developing machine learning models for tasks like speech quality estimation, network impairment characterization, and computational neuroscience. He has extensive experience developing machine learning software and has authored several research proposals applying machine learning.
Similar to TIP: a course about IP convergence technology (20)
A Kuriakidou, E Filtzantzidou, P Balaouras,I Roussakis, C. Mouzakis, I Stavra...
A Kuriakidou, E Filtzantzidou, P Balaouras,I Roussakis, C. Mouzakis, I Stavra...
ITNE3007 Advanced Routing Copyright © 2015-2018 VIT, All R.docx
ITNE3007 Advanced Routing Copyright © 2015-2018 VIT, All R.docx
NE3007 Advanced RoutingCopyright © 2015-2018 VIT, All Rights.docx
NE3007 Advanced RoutingCopyright © 2015-2018 VIT, All Rights.docx
How to (Help to) Save Our Planet with Green Coding
How to (Help to) Save Our Planet with Green Coding
Level up your career with a Post Master's Degree in C-ITS (Connected Vehicles)
Level up your career with a Post Master's Degree in C-ITS (Connected Vehicles)
Rina korea-eu-ws-2013-sergi figuerola-last version_upload
Rina korea-eu-ws-2013-sergi figuerola-last version_upload
More from Augusto Ciuffoletti
An open-source testbed for IoT systems
Slides for the presentation given at the Webist 2021 conference
Abstract:
A research team that wants to validate a new IoT solution has to implement a testbed. It is a complex step
since it must provide a realistic environment, and this may require skills that are not present in the team. This
paper explores the requirements of an IoT testbed and proposes an open-source solution based on low-cost
and widely available components and technologies. The testbed implements an architecture consisting of a
collector managing several edge devices. Security levels and duty-cycle are tunable depending on the specific
application. After analyzing the testbed requirements, the paper illustrates a template that uses WiFi for the
link layer, HTTPS for structured communication, an ESP8266 board for edge units, and a RaspberryPi for the
collector.
Thingspeak: integrazione
Lezione tenuta nel corso di Mobile and Cyber Physical Systems della Laurea Magistrale di Informatica a Pisa.
- Le App per l'integrazione con altri servizi: ThingTweet e ThingHTTPi
- Le App per l'innesco di azioni: TimeControl, TweetControl e React
- Esercizi pratici in Python
Thingspeak: fondamenti
Lezione tenuta nel corso di Mobile and Cyber Physical Systems della Laurea Magistrale di Informatica a Pisa.
- Introduzione a ThingSpeak
- Pubblicazione e recupero di dati
- Pubblicazione e recupero di comandi CallBack
- Esercizi pratici in Python
Design and implementation of a low-cost modular sensor
Slides of the presentation at IEEE WiMob/SEUNet 2017, in Rome.
We exploit an overlooked feature of the ESP8266 WiFi chip, i.e. the AT commands interpreter, to implement a sensor/actuator that meets the above specifications. To test our design, we implement a library that provides a transparent wrapper for AT commands. Hardware and software are available on bitbucket.
ZHAW 2016 - OCCI for monitoring
The document describes an OCCI extension for monitoring cloud resources from both an administrator and user perspective. It proposes representing monitoring entities like sensors and collectors as OCCI resource and link types. Sensors would aggregate and deliver measurements, while collectors produce measurements. These would be further described through mixins that detail their specific monitoring functionality. The proposal aims to provide on-demand, scalable monitoring as a service to users through a standardized and customizable OCCI interface.
Open Cloud Computing Interface
The document discusses the Open Cloud Computing Interface (OCCI), which aims to provide an open standard interface for cloud computing. It describes OCCI's goals of allowing interoperability between different cloud providers and preventing vendor lock-in. The core OCCI model defines basic resource and link entity types and supports extensions for additional types and functionality. OCCI uses a RESTful API and represents entities with URIs to allow their creation, retrieval, updating and deletion. Implementations of OCCI have been made for various programming languages and cloud platforms.
Laboratorio Openstack
Trasparenze per una lezione pratica su OpenStack utilizzando la sandbox TryStack
Automated deployment of a microservice based monitoring architecture
The document discusses two topics: microservices and cloud monitoring. Microservices involve breaking applications into small, independent components. Cloud monitoring allows users to monitor cloud resources. The author proposes an "on demand monitoring" approach using a microservices-based infrastructure that provides scalable and configurable monitoring as a service. It automatically deploys a monitoring system that can be tailored to the user's needs and scales from simple to complex setups.
OCCI Monitoring at OGF42 - Concepts and demo
The extension of the OCCI framework to describe a monitoring infrastructure.
A demo explains how the infrastructure is generated starting from the OCCI specification.
The source of the demo (in Java) is available in the repository of the OCCI working group.
Extending the OCCI API with monitoring capabilities
A tutorial about the API for the description of a monitoring infrastructure currently discussed inside the OCCI working group.
The slides start by giving the basic concepts, proceed with a description of the entities that implement the monitoring infrastructure, and conclude with a step by step definition of a non-trivial monitoring infrastructure.
2013 03 occi-monitoring
The document discusses extending the OCCI API with monitoring capabilities. It proposes adding two new types: Collector and Sensor. The Collector would be a link that extracts operational parameters from a source resource and delivers them to a target resource. The Sensor would be a resource that processes or aggregates output from one or more Collectors, such as by filtering, interpolating, or combining monitoring data. Plugins would provide different options for parameters, transport methods, and ways to aggregate and process data.
Monitoring a virtual network infrastructure - An IaaS perspective
The document discusses the challenges of providing network resources as part of an Infrastructure as a Service (IaaS) cloud computing model. While IaaS has traditionally focused on storage and computing resources, the networking capabilities now exist to provision virtual network infrastructure as well. However, IaaS providers still typically only offer flat local area networks rather than composite network topologies that some users require. The key technology that enables virtual private networks is virtual bridging using VLAN tagging, which allows flexible virtual network configurations. For network monitoring in IaaS, a proxy that interacts with users is proposed to dynamically configure monitoring while maintaining provider control over network devices.
Collision avoidance using a wandering token in the PTP protocol
Slides presented during the 2010 WIGOWIN Workshop at the Department of Computer Science in Pisa - May 26.
Full paper available at http://eprints.adm.unipi.it
Design of a secure "Token Passing" protocol
Algorithms based on the circulation of a unique token are often indicated in the coordination of distributed systems. We introduce the design of the token passing operation at application level, that exhibits the requirements of security, since the token is a sensitive resource, and scalability, since the token passing protocol must not implement security at expense of scalability. These
characteristics make our solution suitable for large scale distributed infrastructures.
The wandering token
1) The document describes a "wandering token" approach for coordinating access to shared resources among thousands of agents in a scalable way.
2) A simulation of the approach for a video on demand application showed that it protected the resource from overload while still granting regular access.
3) The wandering token circulates randomly among members, with a randomized timer governing when new tokens are generated to replace lost tokens. This provides a robust, distributed solution to coordinating access.
Network Monitoring in the age of the Cloud
The paper explores network virtualization issues related with the Cloud Computing paradigm (mainly intended as IaaS). Finally, we consider this framework from a network monitoring perspective.
The paper is an outcome of the CoreGRID working group at ERCIM.
Grid Infrastructure Architecture A Modular Approach from CoreGRID
The document discusses a modular approach to grid infrastructure architecture proposed by CoreGRID. It identifies five key functional components of a grid middleware: 1) a workflow analyzer for user interfaces and task monitoring, 2) a checkpoint manager for fault tolerance, 3) a user/account manager for authentication and accounting, 4) a resource monitor for observing resource performance, and 5) a grid information service as the backbone. These components interact through exchanging data structures published via the grid information service while addressing issues like scalability, fault tolerance and security.
Scalable concurrency control in a dynamic membership
The document summarizes research on scalable concurrency control in dynamic distributed systems using a multi-token approach. The approach proposes using a mesh overlay topology and random routing of tokens to control access to a shared resource among a large number of dynamic nodes. Experimental results showed the process converges quickly but with more tokens and worse performance than expected, requiring further tuning of the control loop dynamics.
Prototype Implementation of a Demand Driven Network Monitoring Architecture
The document summarizes a prototype implementation of an on-demand network monitoring architecture. The architecture features clients that submit monitoring requests, sensors that perform the monitoring, and agents that route requests and streams. The prototype implements the key components in Java and uses SOAP, UDP, and LDAP. It was developed over three months as a proof of concept for an on-demand approach to network monitoring at Internet scale.
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Design and implementation of a low-cost modular sensor
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Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
1. Introduction to Anomaly Detection
- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
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3. What is ArgoCD?
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12. Jupyter Notebooks with Code Examples
- Hands-on examples and code snippets in Jupyter Notebooks to help you implement and test anomaly detection models.
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How information systems are built or acquired puts information, which is what they should be about, in a secondary place. Our language adapted accordingly, and we no longer talk about information systems but applications. Applications evolved in a way to break data into diverse fragments, tightly coupled with applications and expensive to integrate. The result is technical debt, which is re-paid by taking even bigger "loans", resulting in an ever-increasing technical debt. Software engineering and procurement practices work in sync with market forces to maintain this trend. This talk demonstrates how natural this situation is. The question is: can something be done to reverse the trend?
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👉 Check out our full 'Africa Series - Automation Student Developers (EN)' page to register for the full program:
https://bit.ly/Automation_Student_Kickstart
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What is RPA? Benefits of RPA?
RPA Applications
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UiPath Studio CE Installation and Setup
💻 Extra training through UiPath Academy:
Introduction to Automation
UiPath Business Automation Platform
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TIP: a course about IP convergence technology
- 1. University of Pisa IP Converging Technologies (TIP) http://www.di.unipi.it/~augusto/tip A course of the Dept. of Computer Science Teacher Augusto Ciuffoletti
- 2. Framing the course ● Convergence is a strategic issue for the development of an infrastructure and of the services it provides, since it enables the utilization of the same infrastructure for many purposes. ● One of the many instances of convergence centers around IP: the pervasive diffusion of Internet makes this protocol as an ideal point of convergence for many services that are based upon communication ● The course explains why Internet is an appropriate target for convergence, and how applications requiring a guaranteed quality of service can converge onto it.
- 3. Background of the course ● The course addresses students pursuing the second cycle degree in Computer Science ● Knowledge of the TCP/IP stack fundamentals are required ● The course does not make use of programming languages ● A reasonable knowledge of technical English is required to read documentation
- 4. Purpose of the course ● At the end of the course, the student: – Has a clear understanding of IP Networking – Understands the limits of the “best effort” attitude in face of applications that require a guaranteed quality of service – Knows the technologies that have been introduced to overcome such limits – Appreciates the role of standards in the advancement of a technology – Has a basic understanding of the Voice over IP technology and of other converging technologies
- 5. Program of the Course (part one) Exploring the Internet: – Internet routing: we understand the topology of the Internet through the study of routing protocols, both Internal and External to Autonomous Systems (BGP and OSPF resp.) – Congestion control: congestion is tightly bound to the “best effort” policy that characterizes the Internet. This phenomenon can be to some extent controlled, improving Internet reliability.
- 6. Program of the course (part two) Differentiated traffic management for IP convergence – Traffic with distinct requirements regarding quality of service can be managed separately – The Differentiated Services approach. Traffic aggregation and traffic class management. Multi Protocol Label Switching (MPLS) – The Integrated Services Approach. Flow control and the Reservation Protocol (RSVP). – ATM as a point of convergence – IPv6 aspects related with flow control.
- 7. Program of the course (part three) Converging applications (case studies) – Multimedia in the Internet. Real Time Protocol (RTP) and the Internet Group Membership Protocol (IGMP). – Browsing from GSM phones. The Wireless Access Protocol (WAP) – Telephony over IP. The session initiation protocol (SIP)
- 8. Extras ● Students are invited to prepare a short seminar about a related topic, in change of a small bonus. ● One or two lectures are given in teleconference (VoIP experiment). ● Not on a regular basis, but a laboratory about routing using emulated networks (thanks to the NETKIT from RomaTre University) have been proposed.
- 9. ● The course has been given from year 2002-03 until 2009-10. ● The slides of the course (in html) are found in the reference web page: http://www.di.unipi.it/~augusto/tip/index.html ● The course now should be updated with relevant technologies: – TDM over IP: ultimate convergence? – PON: the ideal carrier – Timing: transversal “The road goes ever on and on...” (from... ok, you know)
- 10. Profile of the teacher ● I am an active researcher in the field of network monitoring, and I covered a leading position on the topic in a EU project, with many published papers and implementations; ● Another topic of interest is clock synchronization, with reference to the NTP and IEEE1588 standards; ● As a teacher, I have given the course in Computer Networks just before creating the TIP (and the companion TQI);
- 11. Students feedback ● As a general rule I evaluated the preparation of the students as good. Only in a few cases the preparation was deemed unacceptable. ● The TIP course has never been perceived as “difficult” from the students, however I noticed a progressive diminuition of their preparation. ● Three students decided to prepare a master thesis on related topics under my supervision.