“…Cuando la carne se hace verbo…”

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“…Cómo se hace una novela…”

“…Cómo se hace una novela…”

Tabla de Contenidos: “…PREFACE xi -- 1 INTRODUCTION: SERVICE RELIABILITY 1 -- 1.1 Motivation 4 -- 1.2 Technical Challenges 5 -- 1.3 Summary of Earlier Solutions 7 -- 1.4 Summary of New Ways to Verify Web Services 8 -- 1.5 Structure of the Book 10 -- References 11 -- 2 MODEL CHECKING 15 -- 2.1 Advantages and Disadvantages of Model Checking 18 -- 2.2 State-Space Explosion 19 -- 2.3 Model-Checking Tools 22 -- References 25 -- 3 PETRI NETS 27 -- 3.1 Colored Petri Nets 31 -- 3.1.1 CPN ML 31 -- 3.1.2 CPN Syntax and Semantics 35 -- 3.1.3 Timed Colored Petri Nets 41 -- 3.1.4 Multisets 47 -- 3.1.5 CPN Definitions 47 -- 3.2 Hierarchical Colored Petri Nets 49 -- References 55 -- 4 WEB SERVICES 57 -- 4.1 Business Process Execution Language 59 -- 4.2 Spring Framework 70 -- 4.3 JAXB 2 APIs 74 -- 4.3.1 Unmarshaling XML Documents 74 -- 4.3.2 Marshaling Java Objects 75 -- References 76 -- 5 MEMORY-EFFICIENT STATE-SPACE ANALYSIS IN SOFTWARE MODEL CHECKING 77 -- 5.1 Motivation 78 -- 5.2 Overview of the Problem and Solution 79 -- 5.3 Related Work 83 -- 5.4 Models for Memory-Efficient State-Space Analysis 86 -- 5.4.1 Sequential Model 87 -- 5.4.2 Tree Model 98 -- 5.5 Experimental Results 108 -- 5.6 Discussion 112 -- 5.7 Summary 113 -- References 113 -- 6 TIME-EFFICIENT STATE-SPACE ANALYSIS IN SOFTWARE MODEL CHECKING 115 -- 6.1 Motivation 116 -- 6.2 Overview of the Problem and Solution 118 -- 6.3 Overview of Hierarchical Colored Petri Nets 119 -- 6.4 Related Work 123 -- 6.5 Technique for Time-Efficient State-Space Analysis 125 -- 6.5.1 Access Tables and Parameterized Reachability Graph 126 -- 6.5.2 Exploring a Module 129 -- 6.5.3 Access Table and Parameterized Reachability Graph for a Super-module 134 -- 6.5.4 Algorithms for Generating Access Tables and Parameterized Reachability Graphs 137 -- 6.5.5 Additional Memory Cost for Storing Access Tables and Parameterized Reachability Graphs 143 -- 6.5.6 Theoretical Evaluation of the Reduction in Delay 145 -- 6.6 Experimental Results 149 -- 6.7 Discussion 151 -- 6.8 Summary 152 -- References 153 -- 7 GENERATING HIERARCHICAL MODELS BY IDENTIFYING STRUCTURAL SIMILARITIES 155 -- 7.1 Motivation 156 -- 7.2 Overview of the Problem and Solution 158 -- 7.3 Basics of Substitution Transition 160 -- 7.4 Related Work 161 -- 7.5 Method for Installing Hierarchy 162 -- 7.5.1 Lookup Method 163 -- 7.5.2 Clustering Method 189 -- 7.5.3 Time Complexity of the Lookup Algorithm 193 -- 7.6 Experimental Results 194 -- 7.7 Discussion 201 -- 7.8 Summary 202 -- References 203 -- 8 FRAMEWORK FOR MODELING, SIMULATION, AND VERIFICATION OF A BPEL SPECIFICATION 205 -- 8.1 Motivation 206 -- 8.2 Overview of the Problem and Solution 208 -- 8.3 Related Work 209 -- 8.4 Colored Petri Net Semantics for BPEL 211 -- 8.4.1 Component A 211 -- 8.4.2 Component B 214 -- 8.4.3 Object Model for BPEL Activities 217 -- 8.4.4 XML Templates 221 -- 8.4.5 Algorithm for Cloning Templates 234 -- 8.5 Results 236 -- 8.6 Discussion 241 -- 8.7 Summary 242 -- References 242 -- 9 CONCLUSIONS AND OUTLOOK 245 -- 9.1 Results 246 -- 9.2 Discussion 249 -- 9.3 What Could Be Improved? …”

“…The authors approach the topic from both sides of the market: the supply side, where assets are securitized and mortgage- and asset-backed securities are issued, and the demand side, where investors choose which classes of mortgage and asset-backed securities will enhance their portfolios or serve as efficient hedges. …”