Short description of the content on this page of the website.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Software Defined Radio (SDR) for Computing Network Nodes
Supervisor: Juan Cabrera
Radio communication systems used to be implemented mostly with hardware solutions. It was difficult to make quick changes since they involved hardware replacement, e.g., filters, and modulators, and demodulators. This changed in the later years with Software Defined Radios SDR. This technology allows developers to build up complete radio communication stacks with off-the-shelf hardware. At the Comnets Chair, we have access to a testbed of multiple SDR devices that allows us to test a plethora of communication schemes for communication networks. We are interested in deploying and evaluating the performance of multiple communication schemes for wireless network nodes that perform computation, storage, and transport of information. These types of nodes tend to be at the edge of the network, and using them for computation and storage can drastically reduce latency and increase the reliability of communication.
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Study of cloud radio access network and edge computing in High-Altitude Platforms (HAP) and nanosatellites
Supervisor: Riccardo Bassoli
High-Altitude Platforms (HAP) and nanosatellites represent the new way to provide connectivity and computing in remote/tactical areas, where no infrastructure is available. This can also become a useful solution in urban areas in case of natural disasters (e.g. earthquakes). However, HAP-based or satellite-based cloud radio access network open various fundamental challenges in edge computing and network virtualisation. The thesis’ work will be devoted to study, analyse and test (via simulation) specific characteristics of these systems. The details of the thesis’ topic and the level of the targets will be adapted according to the student’s preferences, motivation and talent.
At a glance
Type: Diploma/Master Thesis
Starting Time: immediate
Requirements: background on
telecommunications, programming
and ComNets2
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Interested students may contact us directly or write an email to Dr.-Ing. Rico Radeke or the respective supervisors.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Software Defined Radio (SDR) for Computing Network Nodes
Supervisor: Juan Cabrera
Radio communication systems used to be implemented mostly with hardware solutions. It was difficult to make quick changes since they involved hardware replacement, e.g., filters, and modulators, and demodulators. This changed in the later years with Software Defined Radios SDR. This technology allows developers to build up complete radio communication stacks with off-the-shelf hardware. At the Comnets Chair, we have access to a testbed of multiple SDR devices that allows us to test a plethora of communication schemes for communication networks. We are interested in deploying and evaluating the performance of multiple communication schemes for wireless network nodes that perform computation, storage, and transport of information. These types of nodes tend to be at the edge of the network, and using them for computation and storage can drastically reduce latency and increase the reliability of communication.
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Study of cloud radio access network and edge computing in High-Altitude Platforms (HAP) and nanosatellites
Supervisor: Riccardo Bassoli
High-Altitude Platforms (HAP) and nanosatellites represent the new way to provide connectivity and computing in remote/tactical areas, where no infrastructure is available. This can also become a useful solution in urban areas in case of natural disasters (e.g. earthquakes). However, HAP-based or satellite-based cloud radio access network open various fundamental challenges in edge computing and network virtualisation. The thesis’ work will be devoted to study, analyse and test (via simulation) specific characteristics of these systems. The details of the thesis’ topic and the level of the targets will be adapted according to the student’s preferences, motivation and talent.
At a glance
Type: Diploma/Master Thesis
Starting Time: immediate
Requirements: background on
telecommunications, programming
and ComNets2
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Interested students may contact us directly or write an email to Dr.-Ing. Rico Radeke or the respective supervisors.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Software Defined Radio (SDR) for Computing Network Nodes
Supervisor: Juan Cabrera
Radio communication systems used to be implemented mostly with hardware solutions. It was difficult to make quick changes since they involved hardware replacement, e.g., filters, and modulators, and demodulators. This changed in the later years with Software Defined Radios SDR. This technology allows developers to build up complete radio communication stacks with off-the-shelf hardware. At the Comnets Chair, we have access to a testbed of multiple SDR devices that allows us to test a plethora of communication schemes for communication networks. We are interested in deploying and evaluating the performance of multiple communication schemes for wireless network nodes that perform computation, storage, and transport of information. These types of nodes tend to be at the edge of the network, and using them for computation and storage can drastically reduce latency and increase the reliability of communication.
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Study of cloud radio access network and edge computing in High-Altitude Platforms (HAP) and nanosatellites
Supervisor: Riccardo Bassoli
High-Altitude Platforms (HAP) and nanosatellites represent the new way to provide connectivity and computing in remote/tactical areas, where no infrastructure is available. This can also become a useful solution in urban areas in case of natural disasters (e.g. earthquakes). However, HAP-based or satellite-based cloud radio access network open various fundamental challenges in edge computing and network virtualisation. The thesis’ work will be devoted to study, analyse and test (via simulation) specific characteristics of these systems. The details of the thesis’ topic and the level of the targets will be adapted according to the student’s preferences, motivation and talent.
At a glance
Type: Diploma/Master Thesis
Starting Time: immediate
Requirements: background on
telecommunications, programming
and ComNets2
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Interested students may contact us directly or write an email to Dr.-Ing. Rico Radeke or the respective supervisors.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Software Defined Radio (SDR) for Computing Network Nodes
Supervisor: Juan Cabrera
Radio communication systems used to be implemented mostly with hardware solutions. It was difficult to make quick changes since they involved hardware replacement, e.g., filters, and modulators, and demodulators. This changed in the later years with Software Defined Radios SDR. This technology allows developers to build up complete radio communication stacks with off-the-shelf hardware. At the Comnets Chair, we have access to a testbed of multiple SDR devices that allows us to test a plethora of communication schemes for communication networks. We are interested in deploying and evaluating the performance of multiple communication schemes for wireless network nodes that perform computation, storage, and transport of information. These types of nodes tend to be at the edge of the network, and using them for computation and storage can drastically reduce latency and increase the reliability of communication.
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Study of cloud radio access network and edge computing in High-Altitude Platforms (HAP) and nanosatellites
Supervisor: Riccardo Bassoli
High-Altitude Platforms (HAP) and nanosatellites represent the new way to provide connectivity and computing in remote/tactical areas, where no infrastructure is available. This can also become a useful solution in urban areas in case of natural disasters (e.g. earthquakes). However, HAP-based or satellite-based cloud radio access network open various fundamental challenges in edge computing and network virtualisation. The thesis’ work will be devoted to study, analyse and test (via simulation) specific characteristics of these systems. The details of the thesis’ topic and the level of the targets will be adapted according to the student’s preferences, motivation and talent.
At a glance
Type: Diploma/Master Thesis
Starting Time: immediate
Requirements: background on
telecommunications, programming
and ComNets2
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Interested students may contact us directly or write an email to Dr.-Ing. Rico Radeke or the respective supervisors.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Software Defined Radio (SDR) for Computing Network Nodes
Supervisor: Juan Cabrera
Radio communication systems used to be implemented mostly with hardware solutions. It was difficult to make quick changes since they involved hardware replacement, e.g., filters, and modulators, and demodulators. This changed in the later years with Software Defined Radios SDR. This technology allows developers to build up complete radio communication stacks with off-the-shelf hardware. At the Comnets Chair, we have access to a testbed of multiple SDR devices that allows us to test a plethora of communication schemes for communication networks. We are interested in deploying and evaluating the performance of multiple communication schemes for wireless network nodes that perform computation, storage, and transport of information. These types of nodes tend to be at the edge of the network, and using them for computation and storage can drastically reduce latency and increase the reliability of communication.
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Study of cloud radio access network and edge computing in High-Altitude Platforms (HAP) and nanosatellites
Supervisor: Riccardo Bassoli
High-Altitude Platforms (HAP) and nanosatellites represent the new way to provide connectivity and computing in remote/tactical areas, where no infrastructure is available. This can also become a useful solution in urban areas in case of natural disasters (e.g. earthquakes). However, HAP-based or satellite-based cloud radio access network open various fundamental challenges in edge computing and network virtualisation. The thesis’ work will be devoted to study, analyse and test (via simulation) specific characteristics of these systems. The details of the thesis’ topic and the level of the targets will be adapted according to the student’s preferences, motivation and talent.
At a glance
Type: Diploma/Master Thesis
Starting Time: immediate
Requirements: background on
telecommunications, programming
and ComNets2
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Interested students may contact us directly or write an email to Dr.-Ing. Rico Radeke or the respective supervisors.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Software Defined Radio (SDR) for Computing Network Nodes
Supervisor: Juan Cabrera
Radio communication systems used to be implemented mostly with hardware solutions. It was difficult to make quick changes since they involved hardware replacement, e.g., filters, and modulators, and demodulators. This changed in the later years with Software Defined Radios SDR. This technology allows developers to build up complete radio communication stacks with off-the-shelf hardware. At the Comnets Chair, we have access to a testbed of multiple SDR devices that allows us to test a plethora of communication schemes for communication networks. We are interested in deploying and evaluating the performance of multiple communication schemes for wireless network nodes that perform computation, storage, and transport of information. These types of nodes tend to be at the edge of the network, and using them for computation and storage can drastically reduce latency and increase the reliability of communication.
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Study of cloud radio access network and edge computing in High-Altitude Platforms (HAP) and nanosatellites
Supervisor: Riccardo Bassoli
High-Altitude Platforms (HAP) and nanosatellites represent the new way to provide connectivity and computing in remote/tactical areas, where no infrastructure is available. This can also become a useful solution in urban areas in case of natural disasters (e.g. earthquakes). However, HAP-based or satellite-based cloud radio access network open various fundamental challenges in edge computing and network virtualisation. The thesis’ work will be devoted to study, analyse and test (via simulation) specific characteristics of these systems. The details of the thesis’ topic and the level of the targets will be adapted according to the student’s preferences, motivation and talent.
At a glance
Type: Diploma/Master Thesis
Starting Time: immediate
Requirements: background on
telecommunications, programming
and ComNets2
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Interested students may contact us directly or write an email to Dr.-Ing. Rico Radeke or the respective supervisors.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Software Defined Radio (SDR) for Computing Network Nodes
Supervisor: Juan Cabrera
Radio communication systems used to be implemented mostly with hardware solutions. It was difficult to make quick changes since they involved hardware replacement, e.g., filters, and modulators, and demodulators. This changed in the later years with Software Defined Radios SDR. This technology allows developers to build up complete radio communication stacks with off-the-shelf hardware. At the Comnets Chair, we have access to a testbed of multiple SDR devices that allows us to test a plethora of communication schemes for communication networks. We are interested in deploying and evaluating the performance of multiple communication schemes for wireless network nodes that perform computation, storage, and transport of information. These types of nodes tend to be at the edge of the network, and using them for computation and storage can drastically reduce latency and increase the reliability of communication.
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Study of cloud radio access network and edge computing in High-Altitude Platforms (HAP) and nanosatellites
Supervisor: Riccardo Bassoli
High-Altitude Platforms (HAP) and nanosatellites represent the new way to provide connectivity and computing in remote/tactical areas, where no infrastructure is available. This can also become a useful solution in urban areas in case of natural disasters (e.g. earthquakes). However, HAP-based or satellite-based cloud radio access network open various fundamental challenges in edge computing and network virtualisation. The thesis’ work will be devoted to study, analyse and test (via simulation) specific characteristics of these systems. The details of the thesis’ topic and the level of the targets will be adapted according to the student’s preferences, motivation and talent.
At a glance
Type: Diploma/Master Thesis
Starting Time: immediate
Requirements: background on
telecommunications, programming
and ComNets2
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Interested students may contact us directly or write an email to Dr.-Ing. Rico Radeke or the respective supervisors.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Software Defined Radio (SDR) for Computing Network Nodes
Supervisor: Juan Cabrera
Radio communication systems used to be implemented mostly with hardware solutions. It was difficult to make quick changes since they involved hardware replacement, e.g., filters, and modulators, and demodulators. This changed in the later years with Software Defined Radios SDR. This technology allows developers to build up complete radio communication stacks with off-the-shelf hardware. At the Comnets Chair, we have access to a testbed of multiple SDR devices that allows us to test a plethora of communication schemes for communication networks. We are interested in deploying and evaluating the performance of multiple communication schemes for wireless network nodes that perform computation, storage, and transport of information. These types of nodes tend to be at the edge of the network, and using them for computation and storage can drastically reduce latency and increase the reliability of communication.
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Study of cloud radio access network and edge computing in High-Altitude Platforms (HAP) and nanosatellites
Supervisor: Riccardo Bassoli
High-Altitude Platforms (HAP) and nanosatellites represent the new way to provide connectivity and computing in remote/tactical areas, where no infrastructure is available. This can also become a useful solution in urban areas in case of natural disasters (e.g. earthquakes). However, HAP-based or satellite-based cloud radio access network open various fundamental challenges in edge computing and network virtualisation. The thesis’ work will be devoted to study, analyse and test (via simulation) specific characteristics of these systems. The details of the thesis’ topic and the level of the targets will be adapted according to the student’s preferences, motivation and talent.
At a glance
Type: Diploma/Master Thesis
Starting Time: immediate
Requirements: background on
telecommunications, programming
and ComNets2
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Interested students may contact us directly or write an email to Dr.-Ing. Rico Radeke or the respective supervisors.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Open Topics in the Area of Software Defined Radio, Cellular Networks, High-Altitude Platforms, Meshed Networks.
Software Defined Radio (SDR) for Computing Network Nodes
Supervisor: Juan Cabrera
Radio communication systems used to be implemented mostly with hardware solutions. It was difficult to make quick changes since they involved hardware replacement, e.g., filters, and modulators, and demodulators. This changed in the later years with Software Defined Radios SDR. This technology allows developers to build up complete radio communication stacks with off-the-shelf hardware. At the Comnets Chair, we have access to a testbed of multiple SDR devices that allows us to test a plethora of communication schemes for communication networks. We are interested in deploying and evaluating the performance of multiple communication schemes for wireless network nodes that perform computation, storage, and transport of information. These types of nodes tend to be at the edge of the network, and using them for computation and storage can drastically reduce latency and increase the reliability of communication.
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Study of cloud radio access network and edge computing in High-Altitude Platforms (HAP) and nanosatellites
Supervisor: Riccardo Bassoli
High-Altitude Platforms (HAP) and nanosatellites represent the new way to provide connectivity and computing in remote/tactical areas, where no infrastructure is available. This can also become a useful solution in urban areas in case of natural disasters (e.g. earthquakes). However, HAP-based or satellite-based cloud radio access network open various fundamental challenges in edge computing and network virtualisation. The thesis’ work will be devoted to study, analyse and test (via simulation) specific characteristics of these systems. The details of the thesis’ topic and the level of the targets will be adapted according to the student’s preferences, motivation and talent.
At a glance
Type: Diploma/Master Thesis
Starting Time: immediate
Requirements: background on
telecommunications, programming
and ComNets2
At a glance
Type: Student Thesis,
Diploma/Master Thesis (with task extention)
Starting Time: immediate
Requirements: Python, basic knowledge of
digital communication (digital modulation,
CDMA, OFDM)
Interested students may contact us directly or write an email to Dr.-Ing. Rico Radeke or the respective supervisors.
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