Chapter
2.3. SYSTEM OF DIFFERENTIAL DIFFERENCE EQUATIONS (DDE)
2.7. LIMITING BALANCE EQUATIONS FOR CONTINUOUS PROCESSES
Chapter 3 SINGLE-SERVER QUEUES
3.2. THE M/M/1 QUEUEING PROCESS
3.4. THE C/M/1/K SYSTEM [K-MACHINE FAILURE-REPAIR, FR(K,1)]
3.7. TRANSIENT BEHAVIOR OF A SINGLE-SERVER QUEUE WITH POISSON ARRIVALS AND GENERAL DISTRIBUTION OF SERVICE TIME
3.9. EXACT TRANSIENT SOLUTION OF A STATE-DEPENDENT QUEUE IN DISCRETE-TIME
3.10. THE CONTINUOUS REVIEW (S,S) POLICY FOR PRODUCTION/INVENTORY SYSTEMS WITH POISSON DEMANDS AND ARBITRARY PROCESSING TIMES
Chapter 4 PARALLEL QUEUEING MODELS
4.2. GENERAL CASE OF AN M-SERVER QUEUE
4.3.WAITING TIME DISTRIBUTION FOR THE M/M/M QUEUE
4.4. MANY-SERVERQUEUEING SYSTEMSWITH FEEDBACK
4.5. A CONVEYOR SYSTEM AS A PARALLEL PRIORITY QUEUEING SYSTEM WITH FINITE BUFFERS
4.6. AMULTISERVER MARKOVIAN QUEUE WITH BALKING AND RENEGING
4.7. TRANSIENT BEHAVIOR OF B-D AND THE M/M/C/K QUEUE
Chapter 5 TANDEM QUEUEING MODELS
5.2. SIMPLE TWO-NODE TANDEM QUEUES
5.3. A TANDEM QUEUE WITH A COUPLE PROCESSOR
5.4. A RECURSIVE METHODOLOGY UTILIZED IN BLOCKING TANDEM QUEUES
5.5. BULK ARRIVA AND BATCH SERVICE TANDEM QUEUEINGPROCESS: A HIRING MODEL,
Chapter 6 A DELAYED-SERVICE QUEUEING MODEL AND FEEDBACK QUEUES WITH TASK SPLITTING AND BLOCKING
6.1. A PARALLEL MULTI-PROCESSOR SYSTEM WITH FEEDBACK AND TASK-SPLITTING
6.2. A TANDEM QUEUEING MODEL WITH TASK-SPLITTING, FEEDBACK, AND BLOCKING
6.3. A SINGLE-SERVER POISSON QUEUEING SYSTEM WITH DELAYED-SERVICE
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