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Faculty of Science and Bio-Engineer
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DON’T PANIC
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S A M E N VAT T I N G Over de laats
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C O N T E N T S 1. Introduction 1 1
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Contents 4.4. RoarVM . . . . . . .
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Contents 9.5. Future Work . . . . .
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L I S T O F TA B L E S 2.1. Flynn
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List of Listings 7.2. Applying tran
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1. Introduction of solutions for di
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1. Introduction traded in for bette
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1. Introduction ad hoc implementati
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1. Introduction Chapter 7: Implemen
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1. Introduction and systems [De Kos
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1. Introduction ReBench This disser
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2. Context and Motivation 2.1. Mult
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2. Context and Motivation in litera
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2. Context and Motivation e. g., ar
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2. Context and Motivation tasks wit
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2. Context and Motivation section.
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2. Context and Motivation Table 2.1
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2. Context and Motivation The remai
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2. Context and Motivation Clojure A
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2. Context and Motivation To achiev
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2. Context and Motivation Each vat
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2. Context and Motivation driven to
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2. Context and Motivation 2.5. Buil
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- Page 159 and 160: 6 E VA L U AT I O N : T H E O M O P
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6.1. Evaluation Criteria Concurrent
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6.2. Case Studies concepts has prac
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6.2. Case Studies Table 6.2.: Requi
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6.2. Case Studies Ad Hoc Solutions
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6.2. Case Studies Immutability In a
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6.2. Case Studies Important for thi
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6.2. Case Studies The primitives re
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6.2. Case Studies 1 WriteStream = S
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6.2. Case Studies ing actor. Upon c
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6.2. Case Studies vide additional p
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6.3. Supported Concepts Table 6.3.:
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6.4. Comparing Implementation Size
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6.4. Comparing Implementation Size
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6.4. Comparing Implementation Size
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6.4. Comparing Implementation Size
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6.5. Discussion Table 6.6.: Metrics
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6.5. Discussion Vats, as prosed by
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6.5. Discussion Based on these obse
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6.5. Discussion Method Invocation R
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6.5. Discussion Limited support for
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6.6. Conclusion can be varied as de
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7. Implementation Approaches 7.1. A
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7. Implementation Approaches The me
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7. Implementation Approaches code c
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7. Implementation Approaches port f
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7. Implementation Approaches bility
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7. Implementation Approaches The mo
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7. Implementation Approaches Custom
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7. Implementation Approaches method
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7. Implementation Approaches introd
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8 E VA L U AT I O N : P E R F O R M
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8.1. Evaluation Strategy The RoarVM
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8.1. Evaluation Strategy posed eval
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8.2. Methodology Generalizability b
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8.3. Baseline Assessment marking fr
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8.3. Baseline Assessment 3500 3000
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8.3. Baseline Assessment the OMOP i
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8.4. Ad hoc vs. OMOP Performance Ta
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8.4. Ad hoc vs. OMOP Performance 10
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8.5. Assessment of Performance Char
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8.5. Assessment of Performance Char
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8.5. Assessment of Performance Char
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8.5. Assessment of Performance Char
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8.6. Absolute Performance To conclu
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8.7. Discussion and Threats to Vali
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8.7. Discussion and Threats to Vali
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8.8. Conclusions Important to note
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9 C O N C L U S I O N A N D F U T U
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9.2. Contributions the identified r
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9.3. Limitations OMOP addresses com
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9.4. Overall Conclusions The limita
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9.5. Future Work 9.5.1. Support for
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9.5. Future Work 9.5.4. Representat
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9.6. Closing Statement bytecode dis
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Appendix A. Appendix: Survey Materi
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Appendix A. Appendix: Survey Materi
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Appendix A. Appendix: Survey Materi
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Appendix A. Appendix: Survey Materi
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Appendix A. Appendix: Survey Materi
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Appendix A. Appendix: Survey Materi
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Appendix B. Appendix: Performance E
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Appendix B. Appendix: Performance E
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Appendix B. Appendix: Performance E
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Appendix B. Appendix: Performance E
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R E F E R E N C E S Martín Abadi a
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References Stephen M. Blackburn, Ro
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References OOPSLA ’05: Proceeding
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References Transactions on Software
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References Gopal Gupta, Enrico Pont
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References ’04, pages 26-35, New
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References Gregor Kiczales, John La
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References Stefan Marr and Theo D
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References S. E. Mitchell, A. Burns
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References Lukas Renggli and Oscar
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References and Phd Forum (IPDPSW),
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References David Ungar. Everything
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References Peter H. Welch, Neil Bro