02770nam 2200493 450 991079303710332120230814224136.03-504-38529-410.9785/9783504385293(CKB)4100000005959117(MiAaPQ)EBC5158469(DE-B1597)480336(OCoLC)1046612848(DE-B1597)9783504385293(Au-PeEL)EBL5158469(OCoLC)1080083768(EXLCZ)99410000000595911720190111d2018 uy 0gerurcnu||||||||txtrdacontentcrdamediacrrdacarrierArbeitsgerichtsgesetz Kommentar /Norbert Schwab, Stephan Weth, hg5. neu bearbeitete AuflageKöln :Verlag Dr. Otto Schmidt KG,[2018]©20181 online resource (1,976 pages)3-504-42680-2 Frontmatter -- Vorwort zur fünften Auflage -- Inhaltsübersicht -- Abkürzungsverzeichnis -- Literaturverzeichnis -- Erster Teil. Allgemeine Vorschriften -- Zweiter Teil. Aufbau der Gerichte für Arbeitssachen -- Dritter Teil. Verfahren vor den Gerichten für Arbeitssachen -- Vierter Teil. Schiedsvertrag in Arbeitsstreitigkeiten (Zimmerling) -- Fünfter Teil. Übergangs- und Schlussvorschriften -- StichwortverzeichnisDer Kommentar zum Arbeitsgerichtsgesetz (ArbGG) ist eine kompetente Arbeitshilfe zur Beantwortung verfahrensrechtlicher Fragen im Arbeitsrecht, die auch wissenschaftlichen Ansprüchen genügt. Er enthält ausführliche Darstellungen zu den arbeitsrechtlichen Verfahren vor dem BVerfG und dem EuGH sowie dem Einigungsstellenverfahren. Neben der aktualisierten Rechtsprechung und Literatur wurden folgende Gesetze neu eingearbeitet: Tarifeinheitsgesetz Gesetz zur Einführung der elektronischen Akte in der Justiz und zur weiteren Förderungdes elektronischen Rechtsverkehrs 6. SGB-IV-Änderungsgesetz Bundesteilhabegesetz Gesetz zur Sicherung der tarifvertraglichen Sozialkassenverfahren und zur Änderung des ArbGG Neu aufgenommen sind die wichtigsten Besonderheiten aus jeweils beiden Instanzen des Prozessverfahrens vor den Gerichten der kirchlichen Arbeitsgerichtsbarkeit. Eingehend erläutert sind alle wichtigen Themen der prozessualen Praxis einschließlich der Bezüge zur ZPO.Labor courtsGermanyLabor courts344.43010269PF 800rvkSchwab NorbertWeth StephanMiAaPQMiAaPQMiAaPQBOOK9910793037103321Arbeitsgerichtsgesetz3683896UNINA07163nam 2200721 450 991083118090332120240219143115.01-118-10493-51-283-28274-797866132827431-118-10492-710.1002/9781118104910(CKB)2550000000054320(EBL)697727(SSID)ssj0000534443(PQKBManifestationID)11344871(PQKBTitleCode)TC0000534443(PQKBWorkID)10510806(PQKB)10125521(MiAaPQ)EBC697727(CaBNVSL)mat06047598(IDAMS)0b00006481692a6f(IEEE)6047598(OCoLC)760089357(PPN)256338868(EXLCZ)99255000000005432020151221d2011 uy engur|n|---|||||txtccrBeyond redundancy how geographic redundancy can improve service availability and reliability of computer-based systems /Eric Bauer, Randee Adams, Dan EustaceHoboken, New Jersey :Wiley-IEEE Press,2011.[Piscataqay, New Jersey] :IEEE Xplore,[2011]1 online resource (332 p.)Description based upon print version of record.1-118-10491-9 1-118-03829-0 Includes bibliographical references and index.Figures xv -- Tables xix -- Equations xxi -- Preface and Acknowledgments xxiii -- Audience xxiv -- Organization xxiv -- Acknowledgments xxvi -- PART 1 BASICS 1 -- 1 SERVICE, RISK, AND BUSINESS CONTINUITY 3 -- 1.1 Service Criticality and Availability Expectations 3 -- 1.2 The Eight-Ingredient Model 4 -- 1.3 Catastrophic Failures and Geographic Redundancy 7 -- 1.4 Geographically Separated Recovery Site 11 -- 1.5 Managing Risk 12 -- 1.6 Business Continuity Planning 14 -- 1.7 Disaster Recovery Planning 15 -- 1.8 Human Factors 17 -- 1.9 Recovery Objectives 17 -- 1.10 Disaster Recovery Strategies 18 -- 2 SERVICE AVAILABILITY AND SERVICE RELIABILITY 20 -- 2.1 Availability and Reliability 20 -- 2.2 Measuring Service Availability 25 -- 2.3 Measuring Service Reliability 33 -- PART 2 MODELING AND ANALYSIS OF REDUNDANCY 35 -- 3 UNDERSTANDING REDUNDANCY 37 -- 3.1 Types of Redundancy 37 -- 3.2 Modeling Availability of Internal Redundancy 44 -- 3.3 Evaluating High-Availability Mechanisms 52 -- 4 OVERVIEW OF EXTERNAL REDUNDANCY 59 -- 4.1 Generic External Redundancy Model 59 -- 4.2 Technical Distinctions between Georedundancy and Co-Located Redundancy 74 -- 4.3 Manual Graceful Switchover and Switchback 75 -- 5 EXTERNAL REDUNDANCY STRATEGY OPTIONS 77 -- 5.1 Redundancy Strategies 77 -- 5.2 Data Recovery Strategies 79 -- 5.3 External Recovery Strategies 80 -- 5.4 Manually Controlled Recovery 81 -- 5.5 System-Driven Recovery 83 -- 5.6 Client-Initiated Recovery 85 -- 6 MODELING SERVICE AVAILABILITY WITH EXTERNAL SYSTEM REDUNDANCY 98 -- 6.1 The Simplistic Answer 98 -- 6.2 Framing Service Availability of Standalone Systems 99 -- 6.3 Generic Markov Availability Model of Georedundant Recovery 103 -- 6.4 Solving the Generic Georedundancy Model 115 -- 6.5 Practical Modeling of Georedundancy 121 -- 6.6 Estimating Availability Benefit for Planned Activities 130 -- 6.7 Estimating Availability Benefit for Disasters 131 -- 7 UNDERSTANDING RECOVERY TIMING PARAMETERS 133 -- 7.1 Detecting Implicit Failures 134.7.2 Understanding and Optimizing RTO 141 -- 8 CASE STUDY OF CLIENT-INITIATED RECOVERY 147 -- 8.1 Overview of DNS 147 -- 8.2 Mapping DNS onto Practical Client-Initiated Recovery Model 148 -- 8.3 Estimating Input Parameters 154 -- 8.4 Predicted Results 165 -- 8.5 Discussion of Predicted Results 172 -- 9 SOLUTION AND CLUSTER RECOVERY 174 -- 9.1 Understanding Solutions 174 -- 9.2 Estimating Solution Availability 177 -- 9.3 Cluster versus Element Recovery 179 -- 9.4 Element Failure and Cluster Recovery Case Study 182 -- 9.5 Comparing Element and Cluster Recovery 186 -- 9.6 Modeling Cluster Recovery 187 -- PART 3 RECOMMENDATIONS 201 -- 10 GEOREDUNDANCY STRATEGY 203 -- 10.1 Why Support Multiple Sites? 203 -- 10.2 Recovery Realms 204 -- 10.3 Recovery Strategies 206 -- 10.4 Limp-Along Architectures 207 -- 10.5 Site Redundancy Options 208 -- 10.6 Virtualization, Cloud Computing, and Standby Sites 216 -- 10.7 Recommended Design Methodology 217 -- 11 MAXIMIZING SERVICE AVAILABILITY VIA GEOREDUNDANCY 219 -- 11.1 Theoretically Optimal External Redundancy 219 -- 11.2 Practically Optimal Recovery Strategies 220 -- 11.3 Other Considerations 228 -- 12 GEOREDUNDANCY REQUIREMENTS 230 -- 12.1 Internal Redundancy Requirements 230 -- 12.2 External Redundancy Requirements 233 -- 12.3 Manually Controlled Redundancy Requirements 235 -- 12.4 Automatic External Recovery Requirements 237 -- 12.5 Operational Requirements 242 -- 13 GEOREDUNDANCY TESTING 243 -- 13.1 Georedundancy Testing Strategy 243 -- 13.2 Test Cases for External Redundancy 246 -- 13.3 Verifying Georedundancy Requirements 247 -- 13.4 Summary 254 -- 14 SOLUTION GEOREDUNDANCY CASE STUDY 256 -- 14.1 The Hypothetical Solution 256 -- 14.2 Standalone Solution Analysis 259 -- 14.3 Georedundant Solution Analysis 263 -- 14.4 Availability of the Georedundant Solution 269 -- 14.5 Requirements of Hypothetical Solution 269 -- 14.6 Testing of Hypothetical Solution 277 -- Summary 285 -- Appendix: Markov Modeling of Service Availability 292 -- Acronyms 296.References 298 -- About the Authors 300 -- Index 302."This book provides both a theoretical and practical treatment of the feasible and likely benefits of geographic redundancy for both service availability and service reliability"--"While geographic redundancy can obviously be a huge benefit for disaster recovery, it is far less obvious what benefit is feasible and likely for more typical non-catastrophic hardware, software, and human failures. Georedundancy and Service Availability provides both a theoretical and practical treatment of the feasible and likely benefits of geographic redundancy for both service availability and service reliability. The text provides network/system planners, IS/IT operations folks, system architects, system engineers, developers, testers, and other industry practitioners with a general discussion about the capital expense/operating expense tradeoff that frames system redundancy and georedundancy"--Computer input-output equipmentReliabilityComputer networksReliabilityRedundancy (Engineering)Computer input-output equipmentReliability.Computer networksReliability.Redundancy (Engineering)004.6COM051230bisacshBauer Eric479708Adams Randee1675132Eustace Dan1675133CaBNVSLCaBNVSLCaBNVSLBOOK9910831180903321Beyond redundancy4040395UNINA