Contents

• 1 Current Publications since 2017
• 2 Publications Prior to 2018
• 3 Developing Energy-Optimization Decision Support Framework
• 4 Empirically Investigating Energy Impacts Of SE Decisions
• 5 Predicting Future Developer Behavior in IDE Using Topic Models
• 6 Exploring translation of OpenMP to OpenACC 2.5: Lessons Learned
• 7 Behavior Metrics for Prioritizing Investigations of Exceptions
• 8 Natural Language Descriptions for Object Statement Sequences
• 9 What Information about Code Is Available in Software Documents?
• 10 Resetting Educational Technology Coursework for Teachers
• 11 Exploring Action Unit Granularity Of Source Code
• 12 Decreasing Energy Usage in Mobile Apps via Color Changes
• 13 Extracting Code Segments and Descriptions from Research Articles
• 14 From Development to Classroom: Findings from CS K-12 Teachers
• 15 Professional Development for Computer Science Principles
• 16 Mining Developer Interactions in Visual Studio for Usage Smells
• 17 Exploring the Energy Impacts of Performance-directed Changes
• 18 Case Study of Program Comprehension Effort and Debt Estimations
• 19 Practitioners’ Perspectives on Green Software Engineering
• 20 Exploration of Interaction Traces using a Hidden Markov Model
• 21 A Field Study of How Developers Locate Features in Source Code
• 22 A Three-Pronged Approach to Development for CS Principles
• 23 Generating Descriptions for Object-Related Statement Sequences
• 24 Automatically Mining Negative Code Examples from Q & A Forums
• 25 Supporting Porting Software via Analysis of Artifacts
• 26 Model Actions by Mining Loop Characteristics from Code Corpus
• 27 Bringing Computational Thinking to Middle School
• 28 Exploring Element Role Information in Feature Location Evaluation
• 29 When to Transfer Software Engineering Research via Extensions
• 30 Field Experiences in Teaching Computer Science: Reflections
• 31 Scaling Up Code Search Tools Through Developer Usage Metrics
• 32 A Field Study of How Developers Locate Features in Source Code
• 33 Offloading to Enable Distributed Computation on Battlefields
• 34 Bringing Computational Thinking to Middle School With Game Design
• 35 A Case Study of OpenCL on an Android Mobile GPU
• 36 How Do Code Refactorings Affect Energy Usage?
• 37 SEEDS: Software Engineer’s Energy-optimization Support Framework
• 38 Two Hands-On Laboratory Experiences for 10th-12th Graders
• 39 Paired Interleaving for Evaluating Code Search Techniques
• 40 Roles of Program Elements in Action-oriented Concerns
• 41 Navigation Models for Web Applications by Analyzing User Behavior
• 42 An Empirical Study of Identifier Splitting Techniques
• 43 Parallel Programmability of a Calxeda ARM Server Using OpenCL
• 44 Generation of Natural Language Summaries for Java Classes
• 45 Impacts of Web Servers on Web Application Energy Usage
• 46 A Dataset for Evaluating Identifier Splitters
• 47 JSummarizer: Automatic Generator of Language Summaries for Java
• 48 Mining Software-Based, Similar Words from Comment-Code Mappings
• 49 Automatic Segmentation of Method Code into Meaningful Blocks
• 50 Tagging of Identifiers for Text-Based Software Engineering
• 51 Natural Language-based Software Analyses and Tools for Software
• 52 Initial Explorations on Design Pattern Energy Usage
• 53 Cross-Semester Critique in Integrated Software Engineering Course
• 54 Implicit Feedback-based Approach of Text Analysis Techniques
• 55 Exploring the XO Laptop for Encouraging Writing by Children
• 56 Towards Power Reduction through Improved Software Design
• 57 Privilege Classification to Customize Models of Web Apps
• 58 Software Engineers Serving Middle School Teachers
• 59 Generation of Summary Comments for Object-oriented Programs
• 60 Towards Comment Generation for MPI Programs
• 61 Improving Source Code Search with Representations of Methods
• 62 Segmentation of Code into Meaningful Blocks for Readability
• 63 Generating Param Comments and Integrating with Method Summaries
• 64 Combining Multiple Pedagogies to Boost Learning and Enthusiasm
• 65 Detecting and Describing High Level Actions within Methods
• 66 How to Effectively Combine Static Concern Location Techniques
• 67 Designing a System to Control Dynamic Program Transformations
• 68 Usage-Based Models and Generated Test Cases for Web Apps
• 69 Towards Automatically Generating Comments for Java Methods
• 70 Natural Language to Improve Software Search
• 71 MPI-Aware Compiler Optimizations for Improving Communication
• 72 Mining Code to Automatically Split Identifiers
• 73 Capturing Code Context of NL-Queries for Software Maintenance
• 74 Maintenance and Security Testing Through Dynamic Compilers
• 75 RUGRAT: Runtime Test Case Generation using Dynamic Compilers
• 76 Gravel: A Communication Library to Fast Path MPI
• 77 WebVizOr: A Tool for Automated Oracles and Analyzing Test Results
• 78 Word Relations in Software: A Study of Semantic Similarity Tools
• 79 Automatic Abbreviation Expansion within Source Code to Aid Search
• 80 Mobile Code Integrity through Static Program Analysis
• 81 AMAP: Automatically Mining Abbreviation Expansions in Programs
• 82 An Open64-based Tool for Improving Performance of MPI Programs
• 83 Looking for Useful Verb-Direct Object Pairs in the Right Places
• 84 Exploring the Neighborhood with Dora to Expedite Maintenance
• 85 Automated Oracle Comparators for Testing Web Applications
• 86 Applying Concept Analysis to User Testing of Web Applications
• 87 Learning Effective Oracle Comparator Combinations for Web Apps
• 88 Strategies for Automatically Exposing Faults in Web Applications
• 89 Combining Natural Language with Program Analysis to Improve Tools
• 90 Introducing Natural Language Program Analysis
• 91 Natural Language to Improve Reverse Engineering
• 92 WebVizOr: A Fault Detection Visualization Tool for Web Apps
• 93 Natural Language Program Analysis to Locate Concerns
• 94 Automatic MPI application transformation with ASPhALT
• 95 Natural Language to Aid in Software Maintenance and Evolution
• 96 An Attack Simulator for Testing Program-based Security Mechanisms
• 97 Web App Testing with Customized Requirements – A Comparison Study
• 98 Providing Debugging Feedback without Revealing Sensitive Info
• 99 Influence Mechanisms into Impact Analysis for Increased Precision
• 100 A Fault Detection Visualization Tool for Web Applications
• 101 Techniques for User-session-based Testing of Web Applications
• 102 Automatically Creating Test Suites from Web App Field Data
• 103 Test Requirements with Traditional Requirements in Web Testing
• 104 Supporting On-Demand Virtual Remodularization Using Graphs
• 105 Automated Replay and Failure Detection for Web Applications
• 106 Timna: A Framework for Combining Aspect Mining Analyses
• 107 Parallel Codes for Communication-Computation Overlap
• 108 Safe Use of Dynamically Transformed Itinerant Software
• 109 An Empirical Comparison of Test Suite Reduction Techniques
• 110 Automated Approach to Improving Communication-Computation Overlap
• 111 Using AOP to Ease Evolution
• 112 Interfaces, Aspects, and Views
• 113 A Vertically Integrated Approach to Optimizing Cluster Programs
• 114 Using Language Clues to Discover Crosscutting Concerns
• 115 Framework for Testing Security for Program-Based Attacks
• 116 Control over Program Transformation for Software Validation
• 117 Adding Security Controls to Dynamically Optimized Mobile Programs
• 118 Automated Approach to Improving Communication-Computation Overlap
• 119 Analyzing Clusters of Web Application User Sessio
• 120 Coverage Criteria for Testing Web Applications
• 121 A Comparison of Online and Dynamic Impact Analysis Algorithms
• 122 Studies of Distributed, Adaptive Program Transformation Controls
• 123 A Fault Detection Framework for Test Suite Reduction Techniques
• 124 Approach to Testing of Web Applications through Concept Analysis
• 125 Online Impact Analysis via Dynamic Compilation Technology
• 126 Framework to Automate Testing of Operational Web-Based Software
• 127 Test Suite Reduction Techniques for Testing of Web Applications
• 128 Design and Evaluation of an Automated Aspect Mining Tool
• 129 Exploiting Similarities in Web App Cases Through Session Analysis
• 130 Design and Evaluation of an Automated Aspect Mining Tool
• 131 User-session based Testing of Web Apps through Concept Analysis
• 132 Increasing Girls’ Awareness of CS through a Summer Experience
• 133 A Framework for Tamper Detection Marking of Mobile Applications
• 134 Contextual Def-Use Associations for Object-oriented Software
• 135 Ophir: A Framework for Automatic Mining and Refactoring of Aspect
• 136 Tamper Detection Marking for Object Files
• 137 Testing With Respect to Concerns
• 138 Optimization with Memory Consistency Modeling of OpenMP Codes
• 139 All-Uses Testing of Shared Memory Parallel Programs
• 140 Modeling Web Applications for Static Program Analysis
• 141 Partial Inlining Algorithm for an ILP Optimizing Compiler
• 142 Putting Escape Analysis to Work for Software Testing
• 143 Automatic Identification of Type Infeasible Call Chains
• 144 Static Interprocedural Slicing of Shared Memory Parallel Programs
• 145 Bandwidth Efficient Tamper Detection for Distributed Java Systems
• 146 MOST: A Tamper Detection Tool for Mobile Java Software
• 147 Partial Inlining Algorithm for an ILP Optimizing Compiler
• 148 Program Slicing of Explicitly Parallel Programs
• 149 Partial Redundancy Elimination for Explicitly Parallel Programs
• 150 Context Driven Testing of Object-Oriented Software Systems
• 151 Procedure Restructuring for Ambitious Optimization
• 152 Enabling Controlled Memory Consistency for Compiler Optimization
• 153 Type Infeasible Call Chains
• 154 Call Graph Reanalysis for Object-Oriented Software Maintenance
• 155 Path-spectra-based Cloning in Optimization for Parallelism
• 156 Inlining Heuristics in Region-based Optimization for ILP
• 157 Contextual Def-Use Associations for Object Aggregation
• 158 TATOO: Testing and Analysis Tool for Object-Oriented Software
• 159 Mobile Code Security via Fragile Tamper Detection Marking
• 160 Making Parallel Programming Accessible through Co-op Learning
• 161 Intensive Experience with Communication Skills into a CS Course
• 162 Program Analysis for Shared Memory Parallel OpenMP Programs
• 163 Region Formation Analysis with Inlining for Optimization
• 164 OMEN: A Strategy for Testing of Object-oriented Software
• 165 Porting and Performance of Irregular Codes using OpenMP
• 166 Automatic Techniques for Thread Coarsening for Multithreaded Apps
• 167 A Strategy for Testing of Object-oriented Software
• 168 Program-based Testing for Parallelized Communication Software
• 169 Porting and Performance of Irregular Codes using OpenMP
• 170 Inter-class Def-Use Analysis with Partial Class Representations
• 171 Work Distribution of Recursive, Multithreaded Functions
• 172 Efficient Implementation of Distributed Tuplespace Programs
• 173 Flow Graph Construction for Static Analysis of MPI Programs
• 174 Compiler Analysis and Optimization of Linda Parallel Programs
• 175 Profiling Irregular Applications on a Multithreaded Architecture
• 176 Structural Testing of Shared Memory Parallel Programs
• 177 Experimental Study of Potential Parallelism in MIL-STD 188-220′
• 178 Using Path Spectra to Direct Function Cloning
• 179 Cooperating Register Allocation and Instruction Scheduling
• 180 Optimization of Distributed Tuplespace Message Communications
• 181 Studies of the Parallelization of a CFD Solver on the Origin 2000
• 182 Experiences with a Parallelizing Compiler
• 183 Data Flow Analysis Across Tuplespace Process Boundaries
• 184 Design and Implementation of RAP: A PDG-based Register Allocator
• 185 Performance Improvements of MIL-STD 188-220A Through Parallelism
• 186 An All-du-path Algorithm for Shared Memory Parallel Programs
• 187 All-du-path Coverage for Parallel Programs
• 188 Composites: Trees for Data Parallel Programming
• 189 Issues and Experiences of Implementing a Distributed Tuplespace
• 190 Language Support for General Purpose Parallel Programming
• 191 Optimizing the Use of Distributed Queues in Tuplespace
• 192 The Challenges in Automated Testing of Multithreaded Programs
• 193 Language and Compiler Support for General Purpose Parallelism
• 194 Towards Identifying and Monitoring Optimization Impacts
• 195 Identifying Redundant Cases for Parallel Language Constructs
• 196 Global Compiler Analysis for Shared Tuple Space Communication
• 197 Identifying Potentially Load Sensitive Regions for Stress Testing
• 198 Implementation of a General Purpose Parallel Programming System
• 199 Identifying Tuple Usage Patterns in an Optimizing Linda Compiler
• 200 Implementing an Optimizing Linda Compiler using SUIF
• 201 Optimality of Change Propagation for Evaluation of Grammars
• 202 Towards a Structural Load Testing Tool
• 203 Study of Several Register Allocation and Scheduling Strategies
• 204 Register Allocation Sensitive Region Scheduling
• 205 Cooperative Register Allocation and Instruction Scheduling
• 206 Achieving Efficient Register Allocation via Parallelism
• 207 Incremental Evaluators for Hierarchical Grammar Dialects
• 208 A Context-Based Incremental Evaluator for Attribute Grammars
• 209 Debugging Optimized Code Via Tailoring
• 210 Register Allocation over the Program Dependence Graph
• 211 A Scheduler-Sensitive Global Register Allocator
• 212 Hierarchical Attribute Grammars: Evaluation and Applications
• 213 Incremental Global Reoptimization of Programs