Symbols | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

Index: M

managing bandwidth: 8.2.2. Managing Bandwidth

8.5. Bandwidth Management

streaming audio example: 8.5.1. Streaming Multimedia

web browser example: 8.5.2. Web Browsing

MarshalException: D.1. The java.rmi Package

marshaling data: 3.2.2. Remote Method Calls

MD5 message digest format: 5.2.1.2. The Provider API

Mediator interface (example): 9.3.1. Building the Infrastructure with Message Passing

MediatorMessage class (example): 9.3.1. Building the Infrastructure with Message Passing

mediators: 9.3. A Basic Collaborative Infrastructure

9.3.1. Building the Infrastructure with Message Passing

Message class (example): 6.5.4. An Adaptable Message Handler

message handlers: 6.3. Message Processing

adaptable: 6.5.4. An Adaptable Message Handler

asynchronous vs. synchronous: 6.3.1. Asychronous vs. Synchronous Message Handling

example processor: 6.3.2. A Basic Message Processor

for heterogeneous argument lists: 6.4.1. Heterogeneous Argument Lists

message-passing systems

advantages to: 6.2. Why Do We Need Messages?

chess-playing agents example: 6.4. Fixed Protocols

collaborative: 9.3.1. Building the Infrastructure with Message Passing

databases and remote data: 7.2.6.1. Message passing with the data server

Java events with: 6.6. Message Passing with Java Events

remote objects for: 6.7. Using Remote Objects

MessageCollaborator interface (example): 9.3.1. Building the Infrastructure with Message Passing

9.3.1. Building the Infrastructure with Message Passing

as applet: A.1. Whiteboard Applet

MessageHandler class (example): 6.5.4. An Adaptable Message Handler

collaboration by using: 9.3.1. Building the Infrastructure with Message Passing

MessageMediator class (example): 9.3.1. Building the Infrastructure with Message Passing

as applet: A.1. Whiteboard Applet

messages

adaptable message types: 6.5.3. Adaptable Message Types

adaptable protocols for: 6.5. Adaptable Protocols

definition of: 6.1. Messages Defined

fixed protocols for: 6.4. Fixed Protocols

heterogeneous argument lists: 6.4.1. Heterogeneous Argument Lists

identifiers for: 6.1. Messages Defined

objects as arguments: 6.4.2. Objects as Message Arguments

rationale for: 6.2. Why Do We Need Messages?

variable arguments: 6.5.1. Variable Number of Arguments

methods

Method class: 3.2.2. Remote Method Calls

public key: 5.4.2. Public Key Methods

remote invocation of: 3.2.2. Remote Method Calls

synchronized: 4.3.1. Synchronizing Threads

monitoring bandwidth: 8.2.1. Monitoring Bandwidth

raw data throughput: 8.4.1. Raw Data Monitoring

real data throughput: 8.4.2. Real Data Monitoring

monitoring sytem performance: 4.4.3. Improving Efficiency with Thread Priorities

mouse events

browser example and: 8.5.2. Web Browsing

whiteboard example and: 10.2. A Shared Whiteboard

mouseDragged( ): 8.5.2. Web Browsing

moveAccepted( ): 6.4. Fixed Protocols

MoveMessage class (example): 6.4. Fixed Protocols

6.4.1. Heterogeneous Argument Lists

adaptable version of: 6.5.4. An Adaptable Message Handler

with object arguments: 6.4.2. Objects as Message Arguments

MsgWhiteboardUser class (example): A.1. Whiteboard Applet

multi-database applications: 7.3. Multi-Database Applications

multi-way agent authentication: 5.7.1.3. One-, two-, and many-way cryptography

multicast sockets: 2.1.3. Multicast Sockets

multicasting: 2.1.3. Multicast Sockets

MulticastSocket class: 2.1.3. Multicast Sockets

multimedia, streaming (example): 8.5.1. Streaming Multimedia

multithreading (see threads)

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