
APPROVED. The diagram illustrates a dual-branch semi-supervised learning framework designed for realistic long-tailed data in computer vision. The framework comprises two data streams: Labeled Data (Long-Tailed) and Unlabeled Data (Unknown Distribution). Both streams are processed by a shared feature extractor (Backbone Network). Post-feature extraction, the features diverge into two parallel branches: a Biased Predictor, which generates pseudo-labels for unlabeled data and is adaptive to the unlabeled data distribution, and a Balanced Predictor, trained to encourage balanced decision boundaries and used for final inference. A Learning-Status-Guided Feature Diffusion Suppression module is positioned between the backbone and both predictors, connected to the feature space. This module suppresses feature expansion for well-learned classes while preserving exploration for under-learned classes.
![A professional, academic-style technical architecture diagram titled 'Lightweight Distributed Operation Support Technology Architecture for Tactical Edge,' with a white background, employing a layered modular layout, Chinese annotations, and high definition.
The overall architecture is divided into four horizontal layers:
[Top Layer - Cloud Center Layer] Includes: Cloud service cluster (basic digital earth framework, unified user service, service catalog, distributed message service), container image repository, data synchronization center.
[Second Layer - Communication Link Layer] Represents weak network/narrowband environments, including: Military 5G link, satellite communication link, shortwave link, represented by dashed and wavy lines to indicate unstable connections, labeled 'Limited bandwidth, latency jitter, intermittent disconnection.'
[Third Layer - Mobile Edge Node Layer] Contains four core technology modules, each module distinguished by different colors:
Module 1 [Container-Based Lightweight Software Rapid Integration and Deployment Technology] Blue Area:
- Lightweight container image building engine (basic streamlined image layer + business service layer + dependency layer)
- Standardized service encapsulation unit (functional decoupling, dependency streamlining, image cropping)
- Container orchestration scheduler (declarative configuration, elastic scaling, automatic scheduling)
- Cross-modal process communication module
- High-reliability mechanism (self-start, snapshot, fault recovery)
Module 2 [Bidirectional Caching Technology for Weak Network Environments] Green Area:
- Multi-dimensional business feature perception engine (region-permission-demand three-dimensional model)
- Precise cache strategy decision maker (priority evaluation, data filtering)
- Bidirectional cache pool (cloud-to-edge cache + edge-to-cloud cache)
- Transparent cache proxy middleware (seamless switching, request hijacking)
- Offline incremental log module (operation record, version management)
- Conflict resolution engine (vector clock, intelligent merging)
Module 3 [Software Operation Optimization Technology Under Limited Runtime Memory Resources] Orange Area:
- Lightweight runtime environment (GraalVM native compilation, on-demand module loading)
- Dynamic memory scheduling hub (real-time water level monitoring, hierarchical cache swap-out)
- Cross-software quota scheduler (elastic quota borrowing, memory leak self-healing)
- Time-series orchestration management engine (startup dependency graph, staggered scheduling)
- Resource reuse pool (shared runtime library, process merging)
Module 4 [Service Operation Optimization Technology Under Narrowband Conditions] Purple Area:
- Business semantic parsing engine (scene-service-data three-level model)
- Dynamic data simplification unit (redundancy removal, format standardization)
- Adaptive compression engine (LZ77/Huffman/DEFLATE/LZ4 algorithm library)
- Multi-protocol adaptation layer (HTTP/RPC differentiated compression)
- Business priority scheduler (four-level priority queue ABCD)
- Local resource dynamic scheduler (CPU binding, memory isolation, bandwidth quota)
[Bottom Layer - Hardware Resource Layer] Includes: War cloud server, ruggedized laptop, storage device, labeled 'Limited computing resources, limited storage space, constrained memory quota.'
Arrows connect the modules to indicate data flow and interaction relationships:
- From the cloud](/_next/image?url=https%3A%2F%2Fpub-8c0ddfa5c0454d40822bc9944fe6f303.r2.dev%2Fai-drawings%2FNcIlf9RzBYA60r8P5nvEmHQmKaU0STYc%2Fb06b58cf-e2a8-447b-8660-87381e3ece53%2Fcec7aba8-ae00-46a7-a1f9-d981fde2bc22.png&w=3840&q=75)
A professional, academic-style technical architecture diagra...