Multiprogramming Arrangements TRIZ Cases

A request preemption system suspends executing tasks to reduce resource consumption during application overload.

A workflow management system integrates baseline and fragment workflows using automated data scope operations to maintain structural adaptability.

A file I/O scheduler computes predicted request times to optimize ordering and insert operations into a unified schedule.

A configuration repository stores workload policy definitions and distributes them to computing containers without manual intervention.

A kernel-integrated Storage Path Manager routes data across multiple storage paths to optimize resource allocation among virtual machines.

Process containers isolate installation scripts from running production processes to prevent unintended interference during software updates.

Chebyshev nodes optimize load testing points to minimize interpolation error rates in performance prediction models.

A coupling scheduler compares map and reduce phase progress to launch tasks based on real-time cluster state.

Independent port clocks separate scheduling from interface operations, reducing energy consumption while maintaining reliable external device communication.

A runtime library stores demand information in a buffer to compute allocation data, eliminating costly operating system queries during parallel execution.

A multi-threaded sequencer synchronizes parallel processor execution to maximize system throughput.

Application contexts bridge native apps and virtual machines, resolving the contradiction between VM control capability and software architecture complexity.

A task scheduler assigns window keys to organize work units in a single priority queue.

An Action Control List manages message sequencing between client and server applications.

A tuner device generates and sends customizable error images to terminals masquerading as content.

Standardized backup interface connects database logic to external systems via extension points, reducing manual adaptation effort.

A collaborative workspace system integrates avatars and automated scheduling tools for distributed teams.

A proxy agent monitors applications on virtual machines lacking native agents, resolving disk image integrity constraints.

Visualization maps concurrent thread execution across processor cores over time to identify migration patterns that degrade application performance.

An electronic device executes a primary program while displaying alternative options for similar functions.

Automated scheduling of mass data run objects eliminates manual configuration steps, reducing deployment complexity and processing time.

A virtual machine scheduler classifies modules into priority queues based on processor usage ratios to optimize resource allocation.

Dynamic voltage-frequency scaling and sparse matrix representation reduce power consumption while maintaining deep learning throughput.

A cloud manager monitors running virtual machine patterns and automatically deploys optimized configurations to improve resource utilization.

Hardware object request brokers marshal data through memory pools, reducing latency and power consumption in tactical radio systems.

An overhead assessment system generates scores to attribute performance overhead to instrumentation segments within separate functions.

System uses application execution events as triggers to display task content, resolving scheduling errors from time-based reminders.

A bundle consolidator tool merges OSGi bundles into a master bundle with a single class loader to control activation order.

A Network Attachment Subsystem automatically activates default services upon user logon events.

A parallel query engine uses dynamic worker scheduling to optimize resource utilization across multi-core systems.

An echo mediator component processes service requests within a grid computing environment to balance loads across distributed nodes.

A mechanism segments event logs into non-abortable and abortable categories to enable parallel data transfer between primary and standby machines.

A visitor task analysis system examines web logs to determine performance metrics and identify anomalies in user navigation paths.

A dynamic grid scheduling policy coordinates resource availability across heterogeneous nodes to optimize job execution.

Removes null data blocks from virtual storage images during operation, resolving the contradiction between effective compaction and service availability.

A printer detects running application states on a host computer to control function execution.

A nanosleep unit maps sleep intervals to timer bits for individual threads in a streaming multiprocessor.

A segmented virtual machine architecture separates shell and core components to optimize resource usage.