Aalborg University (AAU) was inaugurated in 1974 and is thus a young and modern university which, over the years, has grown to become a large, well-established research and teaching institution in Denmark offering quite an untraditional range of educational programmes and research in the fields of Humanities, Social Sciences, Engineering, Science and Medicine.
The PhD stipends are offered via a grant to three departments at Aalborg University; Department of Electronic Systems, Department of Computer Science, and Department of Mathematical Sciences. The grant from The Ministry of Science, Technology and Innovation covers 5 full financed PhD stipends. The driving hypotheses of the projects are the following:
A. Hypothesis: Adaptive signal processing algorithms implemented as embedded software can be used to linearize a highly nonlinear but energy efficient power amplifier core to yield an overall linear and energy efficient amplifier. The applicant needs competences in one or more of the areas: RF electronics and modelling, embedded systems, IC design, FPGA design, power amplifier design, and RF simulation techniques. Contact: Professor Torben Larsen (E-mail: tl@es.aau.dk, phone: +45 2020 6856, +45 2020 6856g).
B. Hypothesis: Bayesian statistical methods based on a unified approach for divergence approximations can be used to improve the performance of data receivers for mobile communications where the challenge is to make a decision on what data was originally sent by a transmitter or a group of transmitters, when the data is corrupted due to interferences, e.g. generated by other transmitters. Desired competences in one or more of the areas: Data receiver design, wireless communication, signal processing, and Bayesian statistics. Contact: Professor Bernard Fleury (E-mail: bfl@es.aau.dk, phone: +45 9940 8629, +45 9940 8629).
C. Hypothesis: Quantitative model checking, simulation, static analysis and compiler optimizing methods may be used for designing and implementing optimal mappings and scheduling of embedded applications onto multi-core, multi-processor and networked architectures. Desired competences in one or more of the areas: Computer science, embedded systems, multi-core architectures, and verification and scheduling. Contact: Professor Kim Guldstrand Larsen (E-mail: kgl@cs.aau.dk, phone: +45 9940 8893, +45 9940 8893).
D. Hypothesis: Advances in spatial and computational statistics are capable of improving the foundation for understanding and exploiting data-dependent characteristics of spatio-temporal indexing and query processing techniques for the mobile Internet, thus resulting in more effective techniques. Desired competences in one or more of the areas: computer science and statistics – in particular interest in the mobile Internet and spatial and computational statistics. Contact: Professor Jesper Møller (E-mail: jm@math.aau.dk, phone: +45 3057 3127, +45 3057 3127).
E. Hypothesis: Utilizing simultaneous coverage from multiple wireless access devices and exploiting knowledge about typical spatio-temporal communication patterns obtained through spatio-temporal data mining techniques, it is possible to predict which links can be kept in a low power state at certain times, while still allowing data packets to be routed in the mobile core network, and thereby reducing the overall power consumption very significantly. Desired competences in one or more of the areas: databases, data mining, and/or spatio-temporal data management, combined with an interest in wireless communications. Contact: Professor Torben Bach Pedersen (E-mail: tbp@cs.aau.dk, phone: +45 9940 9975, +45 9940 9975).
If you want to apply for more than one PhD position you must submit an application for each position. Please indicate in the comment box which stipend (A, B, C, D or E) you are applying for. Applications sent by email will not be accepted.
The projects are supported by three departments as mentioned earlier; Dept. of Electronic systems, Dept. of Computer Science, and Dept. of Mathematical Sciences. For all projects two supervisors will be appointed – a main supervisor and a co-supervisor. The two supervisors will always be from different departments. It is the plan to have some joint activities for all 5 PhD students – for example, a summer school is planned.
Requirements:
Since the PhD stipends have been funded by the Ministry of Science, Technology and Innovation with the plan to improve mobility, you are not allowed to have a Masters degree from Aalborg University. As long as your qualifying masters degree has been received from any other university than Aalborg University you can apply – also if you have your degree from another Danish university.
The application:
The applicant must submit an application for each stipend he or she wishes to apply for. The application must include the following:
The PhD stipends are offered via a grant to three departments at Aalborg University; Department of Electronic Systems, Department of Computer Science, and Department of Mathematical Sciences. The grant from The Ministry of Science, Technology and Innovation covers 5 full financed PhD stipends. The driving hypotheses of the projects are the following:
A. Hypothesis: Adaptive signal processing algorithms implemented as embedded software can be used to linearize a highly nonlinear but energy efficient power amplifier core to yield an overall linear and energy efficient amplifier. The applicant needs competences in one or more of the areas: RF electronics and modelling, embedded systems, IC design, FPGA design, power amplifier design, and RF simulation techniques. Contact: Professor Torben Larsen (E-mail: tl@es.aau.dk, phone: +45 2020 6856, +45 2020 6856g).
B. Hypothesis: Bayesian statistical methods based on a unified approach for divergence approximations can be used to improve the performance of data receivers for mobile communications where the challenge is to make a decision on what data was originally sent by a transmitter or a group of transmitters, when the data is corrupted due to interferences, e.g. generated by other transmitters. Desired competences in one or more of the areas: Data receiver design, wireless communication, signal processing, and Bayesian statistics. Contact: Professor Bernard Fleury (E-mail: bfl@es.aau.dk, phone: +45 9940 8629, +45 9940 8629).
C. Hypothesis: Quantitative model checking, simulation, static analysis and compiler optimizing methods may be used for designing and implementing optimal mappings and scheduling of embedded applications onto multi-core, multi-processor and networked architectures. Desired competences in one or more of the areas: Computer science, embedded systems, multi-core architectures, and verification and scheduling. Contact: Professor Kim Guldstrand Larsen (E-mail: kgl@cs.aau.dk, phone: +45 9940 8893, +45 9940 8893).
D. Hypothesis: Advances in spatial and computational statistics are capable of improving the foundation for understanding and exploiting data-dependent characteristics of spatio-temporal indexing and query processing techniques for the mobile Internet, thus resulting in more effective techniques. Desired competences in one or more of the areas: computer science and statistics – in particular interest in the mobile Internet and spatial and computational statistics. Contact: Professor Jesper Møller (E-mail: jm@math.aau.dk, phone: +45 3057 3127, +45 3057 3127).
E. Hypothesis: Utilizing simultaneous coverage from multiple wireless access devices and exploiting knowledge about typical spatio-temporal communication patterns obtained through spatio-temporal data mining techniques, it is possible to predict which links can be kept in a low power state at certain times, while still allowing data packets to be routed in the mobile core network, and thereby reducing the overall power consumption very significantly. Desired competences in one or more of the areas: databases, data mining, and/or spatio-temporal data management, combined with an interest in wireless communications. Contact: Professor Torben Bach Pedersen (E-mail: tbp@cs.aau.dk, phone: +45 9940 9975, +45 9940 9975).
If you want to apply for more than one PhD position you must submit an application for each position. Please indicate in the comment box which stipend (A, B, C, D or E) you are applying for. Applications sent by email will not be accepted.
The projects are supported by three departments as mentioned earlier; Dept. of Electronic systems, Dept. of Computer Science, and Dept. of Mathematical Sciences. For all projects two supervisors will be appointed – a main supervisor and a co-supervisor. The two supervisors will always be from different departments. It is the plan to have some joint activities for all 5 PhD students – for example, a summer school is planned.
Requirements:
Since the PhD stipends have been funded by the Ministry of Science, Technology and Innovation with the plan to improve mobility, you are not allowed to have a Masters degree from Aalborg University. As long as your qualifying masters degree has been received from any other university than Aalborg University you can apply – also if you have your degree from another Danish university.
The application:
The applicant must submit an application for each stipend he or she wishes to apply for. The application must include the following:
- An application letter stating the motivation of the applicant to apply for precisely this stipend, applicants background, other relevant information etc. This letter must also include a list of submitted material.
- A Curriculum Vitae.
- Copies of all relevant degrees obtained as well as copies of relevant scientific papers etc. These must be in Danish or English (signed by an authorized translator). Exam papers in other languages can’t be assessed.
- A maximum 2 page (11 point Calibri / 2 cm margins all sides) proposal for the research to be pursued in the project containing:
- Suitable title.
- Brief background for the project.
- Initiating problem.
- Short state-of-the-art in the field with use of a few key references.
- Novel ideas to solve the proposed problem (in the form of bullet points).
- Main challenges to work on in the project (in the form of bullet points).
- A rough sketch of a time and work plan.
- Up to 5 key references.
PhD stipends are allocated to individuals who hold a Masters degree. PhD stipends are normally for a period of 3 years. It is a prerequisite for allocation of the stipend that the candidate will be enrolled as a PhD student at the Doctoral School of the Faculties of Engineering, Science and Medicine, in accordance with the regulations of Ministerial Order No. 18 of January 14, 2008 on the PhD Programme at the Universities. According to the Ministerial Order, the progress of the PhD student shall be assessed every six months. It is a prerequisite for continuation of salary payment that the previous progress is approved at the time of the evaluation.
The qualifications of the applicant will be assessed by an assessment committee. On the basis of the recommendation of the assessment committee, the Dean of the Faculties of Engineering, Science and Medicine will make a decision for allocating the stipend.
For further information about stipends and salary contact Ms. Helen Kjerstein Kristensen, The Faculties of Engineering, Science and Medicine, phone: +45 9940 7373, +45 9940 7373
Apply online
More info: http://www.cs.aau.dk/~kgl/?p=205
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