Research /
VR project applications 2013 from the CSE department
Applications granted 2013-11-04
Div. | Univ | Sökande | Typ | Projekt titel | 2014 | 2015 | 2016 | 2017 | Total | Comment |
---|---|---|---|---|---|---|---|---|---|---|
CS | GU | Danielsson, Nils Anders | Jr | Practical nested induction and coinduction | 840 | 840 | 840 | 840 | 3360 | |
ST | Chalmers | Kovacs, Laura | Jr | GenPro: Generating and proving program properties via symbol elimination | 840 | 840 | 840 | 840 | 3360 | |
ST | Chalmers | Lindström Claessen, Koen | PRG | Proof-based testing -- Using proof techniques to enable automated testing of complex algorithms | 840 | 840 | 840 | 840 | 3360 | |
ST | Chalmers | Myréen, Magnus | Jr | Systems verification - the last mile | 960 | 960 | 960 | 960 | 3840 |
Statistics for the whole natural sciences area:
- PRG: 19% granted (229 / 1218)
- Jr grants: 8% granted (64 / 769)
Links:
Applications submitted 2013-04-11
Div. | Univ | Sökande | Typ | Projekt titel | 2014 | 2015 | 2016 | 2017 | 2018 | Comment |
---|---|---|---|---|---|---|---|---|---|---|
CE | Chalmers | Assarsson, Ulf | PRG | Realistic 3D web rendering. | 1238 | 1247 | 1320 | 1344 | 1409 | |
CE? | Chalmers | Emrich, Anders | Ind dr student | Polyphase-based signal processing system for ground and space applications | x | |||||
CE | Chalmers | Larsson Edefors, Per | PRG | SAREC: Subkernel acceleration for reduced energy computing | 946 | 974 | 1020 | 1038 | 1096 | |
CE | Chalmers | Sourdis, Ioannis | Jr | ScalaNet: Scalable network-processing | 907 | 932 | 1057 | 1058 | 1141 | |
NS | Chalmers | Landsiedel, Olaf | Jr | GreenNets: Energy efficient communication paradigms for the internet | 1005 | 1045 | 1095 | 1156 | 1138 | |
NS | Chalmers | Själander, Magnus | Jr | HEED: A holistic approach to energy-efficient data access | 1015 | 996 | 1049 | 1065 | x | |
CS? | Chalmers | Capannini, Gabriele | Jr | An Efficient Approach to Multi-Document Summarization of Big Data | 890 | 921 | 955 | x | x | |
CS | Chalmers | Damschke, Peter | PRG | Optical decisions in hard combinatorial problems | 985 | 1019 | 1053 | 1090 | x | |
CS? | Chalmers | Dimitrakakis, Christos | Jr | Optimal decisions in generalised domains | 2285 | 2300 | 2411 | 2465 | 2599 | |
CS | Chalmers | Huang, Chien-Chung | Jr | Energy-efficient algorithms | 1000 | 1032 | 1077 | 1104 | 1170 | |
CS | Chalmers | Kemp, Graham | PRG MH | Structural modelling to support deimmunization of therapeutic proteins | 1090 | 1120 | 1159 | x | x | |
CS | GU | Danielsson, Nils Anders | Jr | Practical nested induction and coinduction | 698 | 1108 | 1222 | 1254 | 1399 | |
ST | Chalmers | Jansson, Patrik | PRG | Strongly Typed Libraries for Programs and Proofs | 993 | 1005 | 1049 | 1093 | 1174 | 20% Patrik + 80% new PhD student. JPB co-applicant. |
ST | Chalmers | Johansson, Moa | Jr | Theory exploration for reasoning about programs | 921 | 931 | 974 | 998 | 1072 | |
ST | Chalmers | Kovacs, Laura | Jr | GenPro: Generating and proving program properties via symbol elimination | 1062 | 1076 | 1123 | 1169 | 1229 | 20% Laura+ 80% new PhD student + Travel/laptop/phD exam. |
ST | Chalmers | Lindström Claessen, Koen | PRG | Proof-based testing -- Using proof techniques to enable automated testing of complex algorithms | 922 | 870 | 920 | 931 | 1004 | |
ST | Chalmers | Myréen, Magnus | Jr | Systems verification - the last mile | 506 | 961 | 993 | 1046 | 531 | |
ST | Chalmers | Svenningsson, Josef | Jr | Efficient array transformations | 968 | 981 | 1024 | 1048 | 1125 | 20% Josef + 80% PhD student |
ST | Chalmers | Wang, Meng | Jr | Source-level tool support for free | 1042 | 1057 | 1105 | 1133 | 1213 | 20% Meng + 10% Emil (co-applicant) + 80% PhD student |
ST | GU | Schneider, Gerardo | PRG | Formal analysis and monitoring of contracts | 875 | 861 | 922 | 992 | 1085 | |
SE | Chalmers | Bosch, Jan | Infrastr pl grant | XL: Accelerating science with big data. | 2103 | 2178 | x | x | x | |
SE | GU | Berger, Christian | Jr | EXPRESSO - Exploring optimisation strategies for regression simulations | 924 | 921 | 1020 | 1076 | x | |
SE | GU | Berntsson Svensson, Richard | Jr | A Framework for Creativity in Agile Software Engineering - CASE | 1169 | 1201 | 1304 | 1295 | 1490 | |
SE | GU | Chaudron, Michel | PRG | Automated Prioritization of Software Design Flaws | 1062 | 1043 | 1150 | 1208 | 1317 | |
SE? | Chalmers | Heldal, Rogardt | PRG | Next generation software development through software modelling tools | 1372 | 1397 | 1455 | 1495 | 1586 | |
SE | GU | Staron, Miroslaw | PRG | Preventing architecture erosion by automated identification and prevention of implici architectural dependencies. | 1122 | 1520 | 1135 | x | x | |
SE | GU | Tichy, Matthias | Jr | CORAL - CO-evolution of architectuRAL and quality models | 919 | 887 | 999 | 1020 | 1163 | |
SE | GU | Torkar, Richard | PRG | The development and usage of structured equation modeling in software engineering research - SEMSE | 1155 | 1177 | 1211 | 1246 | x |
Resources:
- VR blog entry about the overall budget
- Lists of CSE dept. projects granted the last few years: VR2012, VR2011, VR2010, VR2009 and VR2008
- The Computer Science panel chair (2011-2013) explains the evaluation process
- Official VR page
- In 2011, the granted "Proj. Young" were between 800kkr and 1300kkr per year and the average granted "Proj." was around 800kkr.
- Planning page for the FP group
- Examples of granted project applications:
- 2011: Strongly Typed Libraries for Programs and Proofs, A functional programming approach to hardware acceleration of algorithms
- 2009:
- Hughes: Putting Functional Programming to Work - Software Design and Verification using Domain Specific Languages
- Sheeran: Context-aware program generation: an application of functional programming (note: this project was not funded ("lifted off") because we got the rambidrag. I am told that it would have been funded otherwise.)
Budget approximation:
The 2012 CSE.chalmers.se VR budget sheet. Last year (2011) it gave the following numbers (excluding travel, equipment)
If granted | 670kkr/year | 800kkr/year | |
---|---|---|---|
Pays for | 44% | 52% | of a Bitr.prof |
or | 59% | 70% | of a PostDoc |
or | 81% | 97% | of a PhD student |
Note the "or" - if you want salary for two categories you need to scale down even further. For example 800kkr is enough for 80% of a PhD student and 9% of a Bitr.prof.
The 670kkr/year and 800kkr/year are what typical projects were granted in 2010.