Package jline.examples.java.basic

Class MixedExamples

  • All Implemented Interfaces:
    
public class MixedExamples

    Mixed queueing network examples mirroring the Kotlin notebooks in mixedQN.

    This class contains Java implementations that mirror the Kotlin notebook examples found in jar/src/main/kotlin/jline/examples/kotlin/basic/mixedQN/. Each method demonstrates a specific mixed queueing network concept using models from the basic package.

    The examples cover: - Basic mixed networks combining open and closed classes - Multi-server systems with different scheduling strategies - Performance comparison between FCFS and PS scheduling - Large population systems and scalability analysis

    • Nested Class Summary

      Nested Classes 
      Modifier and Type Class Description

    • Field Summary

      Fields 
      Modifier and Type Field Description

    • Constructor Summary

      Constructors 
      Constructor Description
      MixedExamples()

    • Enum Constant Summary

      Enum Constants 
      Enum Constant Description

    • Method Summary

      Modifier and Type Method Description
      static void mqn_basic() Basic mixed open/closed network (mqn_basic.ipynb).
      static void mqn_multiserver_fcfs() Mixed network with FCFS multi-server queues (mqn_multiserver_fcfs.ipynb).
      static void mqn_multiserver_ps() Mixed network with PS multi-server queues (mqn_multiserver_ps.ipynb).
      static void mqn_singleserver_fcfs() Mixed FCFS network with large closed population (mqn_singleserver_fcfs.ipynb).
      static void mqn_singleserver_ps() Mixed PS network with simplified routing (mqn_singleserver_ps.ipynb).
      static void main(Array<String> args) Main method demonstrating all mixed queueing network examples.

      • Methods inherited from class java.lang.Object

        clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

    • Constructor Detail

      • MixedExamples

        MixedExamples()

    • Method Detail

      • mqn_basic

         static void mqn_basic()

        Basic mixed open/closed network (mqn_basic.ipynb).

        Demonstrates a fundamental mixed network combining open arrivals with a circulating closed population, comparing multiple solvers.

        Features: - One closed class (2 jobs) and one open class - Delay node with Erlang service for closed, HyperExp for open - PS queue shared by both classes with different service distributions - Multiple solver comparison (CTMC, JMT, SSA, Fluid, MVA, NC, MAM)

      • mqn_multiserver_fcfs

         static void mqn_multiserver_fcfs()

        Mixed network with FCFS multi-server queues (mqn_multiserver_fcfs.ipynb).

        Demonstrates mixed networks with multiple servers using FCFS scheduling, showing capacity effects on mixed traffic.

        Features: - 5 multi-server FCFS queues with different capacities (1-5 servers) - Closed class (3 jobs) and open class with separate routing - Multiple solver comparison (CTMC, JMT, SSA, MVA, MAM) - Different service rates for each class

      • mqn_multiserver_ps

         static void mqn_multiserver_ps()

        Mixed network with PS multi-server queues (mqn_multiserver_ps.ipynb).

        Demonstrates mixed networks with processor sharing scheduling across multiple servers (1-5 servers per queue).

        Features: - 5 multi-server PS queues with different capacities - Closed class (3 jobs) and open class with separate routing - Different service rates optimized for server counts - Multiple solver comparison (CTMC, JMT, MVA, MAM)

      • mqn_singleserver_fcfs

         static void mqn_singleserver_fcfs()

        Mixed FCFS network with large closed population (mqn_singleserver_fcfs.ipynb).

        Demonstrates scalability with large closed populations and high-variability open arrivals under FCFS scheduling.

        Features: - Large closed population (100 jobs) with 4 FCFS queues - High-variability APH arrivals (mean=3, SCV=64) for open class - CTMC/SSA avoided due to infinite state space with high population - Multiple solver comparison (JMT, MVA, NC, MAM)

      • mqn_singleserver_ps

         static void mqn_singleserver_ps()

        Mixed PS network with simplified routing (mqn_singleserver_ps.ipynb).

        Demonstrates processor sharing in mixed networks with large closed populations and simplified open routing.

        Features: - Large closed population (100 jobs) with 4 PS queues - Exponential arrivals (rate=0.3) for open class - PS scheduling provides fairness under high congestion - Multiple solver comparison (JMT, SSA, Fluid, MVA, NC, MAM)

      • main

         static void main(Array<String> args)

        Main method demonstrating all mixed queueing network examples.

        Executes all example methods to showcase the different mixed network concepts and scheduling comparisons available in LINE.

        Parameters:
        args - command line arguments (not used)