garywelz's picture
Upload compact process flowchart databases
0202a12
[
{
"id": "ml-software",
"label": "Machine Learning and Software Engineering",
"description": "Model training, validation, feature engineering, CI, QA, requirements, and review workflows.",
"processIds": [
"machine_learning-feature-engineering-pipeline",
"machine_learning-hyperparameter-optimization",
"machine_learning-model-evaluation-and-validation",
"machine_learning-model-training-pipeline",
"machine_learning-project-management",
"machine_learning-quality-assurance",
"machine_learning-software-development-lifecycle",
"security-secure-software-update",
"software_engineering-code-review-workflow",
"software_engineering-continuous-integration-pipeline",
"software_engineering-incident-response",
"software_engineering-machine-learning",
"software_engineering-natural-language-processing",
"software_engineering-neural-network",
"software_engineering-requirements-engineering"
]
},
{
"id": "networks-distributed",
"label": "Networks and Distributed Systems",
"description": "DNS, routing, congestion control, load balancing, database transactions, and distributed behavior.",
"processIds": [
"networks-dns-resolution",
"networks-database-design",
"networks-load-balancing",
"networks-query-processing",
"networks-routing-protocol-operation",
"networks-tcp-congestion-control",
"networks-transaction-management",
"software_engineering-neural-network",
"systems-network-performance",
"systems-network-protocol",
"systems-network-security",
"dependency-web-service-stack"
]
},
{
"id": "algorithmic-complexity",
"label": "Algorithms and Complexity",
"description": "Graph algorithms, dynamic programming, sorting, trees, complexity, and formal analysis.",
"processIds": [
"algorithms_data_structures-dynamic-programming",
"algorithms_data_structures-graph-algorithms",
"algorithms_data_structures-graph-traversal",
"algorithms_data_structures-minimum-spanning-tree",
"algorithms_data_structures-sorting-algorithms",
"theory-automata-construction",
"theory-computational-complexity-analysis",
"theory-formal-verification",
"dependency-web-service-stack"
]
},
{
"id": "security-reliability",
"label": "Security and Reliability",
"description": "Authentication, authorization, PKI, intrusion detection, secure updates, and threat response.",
"processIds": [
"security-authentication-and-authorization",
"security-file-system",
"security-intrusion-detection",
"security-memory-management",
"security-process-management",
"security-public-key-infrastructure-pki",
"security-secure-software-update",
"software_engineering-incident-response",
"systems-network-security"
]
},
{
"id": "systems-runtime",
"label": "Systems and Runtime",
"description": "Operating systems, memory, containers, scheduling, filesystems, and runtime behavior.",
"processIds": [
"networks-tcp-congestion-control",
"security-file-system",
"security-memory-management",
"systems-container-orchestration",
"systems-file-system-journaling",
"systems-process-scheduling",
"systems-virtual-memory-paging",
"theory-type-system-checking"
]
},
{
"id": "algorithms_data_structures",
"label": "Algorithms & Data Structures",
"description": "Generated from process subcategory.",
"processIds": [
"algorithms_data_structures-balanced-search-trees",
"algorithms_data_structures-hash-table-operations",
"algorithms_data_structures-shortest-path-algorithms"
]
},
{
"id": "theory",
"label": "Theoretical Computer Science",
"description": "Generated from process subcategory.",
"processIds": [
"theory-animation",
"theory-geometric-modeling",
"theory-rendering"
]
},
{
"id": "graph-type-pilots",
"label": "Graph Type Pilots",
"description": "Existing collection from metadata.",
"processIds": [
"dependency-web-service-stack"
]
},
{
"id": "systems",
"label": "Systems",
"description": "Existing collection from metadata.",
"processIds": [
"dependency-web-service-stack"
]
}
]