H19-619_V1.0 Questions and Answers

These four pillars—interconnection, 4K video, unified management, and AI-powered meeting spaces—form the foundation of secure, modern meeting environments, consistent with theIntelligent Conference System Technical Specification.

With advanced codecs, forward error correction, and intelligent retransmission mechanisms, leading video-conference solutions can still keep acceptable video quality at up to about30% packet loss.

The tPaaS basic layer is designed as anintegrated, shared platform, consolidating:

fusion communications,

video cloud,

IOC-related capabilities,

GIS, etc.,

and then exposing them ascommon platform servicesfor business departments. This matches the principles ofcentralized, unified technical architecture.

IOC event collaboration typically runsfrom early warning, to work-order issuance, supervision, and closure, forming a fullalert–dispatch–handle–feedbackclosed loop.

IOC decision-support often includeseconomic-operation analysistopics andtransport / last-mile mobilitytopics, using integrated data to support policy decisions in these areas.

City perception focuses on real-time sensing of running status via IoT and sensors. Typical scenes areintelligent connected transport(A) andurban lifeline monitoring(water, power, gas, etc.) (C). OA and project approval (B, D) are process/office systems rather than direct sensing scenarios.

Mainstream frameworks usually define digital transformation as progressive stages:basic informatization(traditional IT and electronic processes),application digitalization(data integration and analytics for business optimization),application intelligence(AI, IoT, automation and intelligent decisions), andsmart/ecosystem stage(platformization and ecosystem collaboration to create new value).

Full-process efficiency analysis focuses on analyzing responsibilities, dispatch efficiency, and blame-shifting issueswithinthe process.Repeated complaintsare more of a service-quality outcome metric than a direct internal process-efficiency analysis dimension.

Event dispatch belongs to the large-screen command-and-control system; medium screens are used for monitoring, analysis, and collaboration.

Linkage-command solutions rely on integrated communication, business collaboration, and system interconnection. Data governance platforms focus on metadata and quality management rather than real-time command operations; hence option C is excluded.

The business middle platform for government services is designed around full-process standardization and integration. According to national government-service platform standards, theItem Centermanages the catalog of service items; theForm Centerunifies form templates; theCertificate Centersupports generation and sharing of e-certificates; theProcess Centerdefines cross-department approval flows; and theCase & Dispatch Centercoordinates task assignment and progress monitoring. Together these modules form the core capabilities of the business middle platform.

The IOC Empowerment Center is composed of avisualization platform(for display), acommand & dispatch platform, and ananalysis platform(for data processing and decision support). Monitoring functions are usually embedded into these platforms and are not constructed as an independent “Monitoring Platform” in the empowerment center.

“One-Network Unified Management” refers todigital integration of urban governance resources, focusing on cross-department collaboration and precise management, not literal control of “everything.” It aims for efficiency and accuracy rather than unlimited scope.

Large models are typically categorized by task type:NLP(e.g., GPT),CV(e.g., ViT),multimodal(e.g., CLIP, combining text+image), andscientific-computing models(e.g., AlphaFold for protein structures).

Intelligent discovery integratesGIS data and administrative responsibility mappingto automate event detection, registration, and dispatch. This reduces manual intervention and increases efficiency—widely applied in smart-city management and urban maintenance systems.

The standard flow is collect → cleanse → aggregate → integrate by subject, ensuring data quality before storage and analysis.

This metaphor illustrates thedemand–supply–coordination modelin “Internet + Government Services.” Citizens express service needs, the integrated platform allocates resources, and departments deliver execution—an exact reflection of the “Central Kitchen” governance concept.

Its core purpose is to extend public and government services to residents for “last-mile” coverage of people’s needs.

Flood/typhoon response (A),epidemic dispatch (C), andmajor event保障(D)all requiremulti-department, real-time data sharing and command coordination, which is exactly what a Linked Command platform supports. “Three guarantees in front of the door” (B) is aroutine city-managementscenario, usually handled via grid management, not a typical high-intensity multi-department command scenario.

Big-data analytics enables massive urban-data processing; AI provides intelligent analysis and decision-making—together they constitute the IOC’s technical core.

The solution promotes “sunshine law enforcement” through: law enforcement publicity (openly publishing enforcement information), standardization (ensuring actions comply with laws and regulations), double-random inspections (reducing subjectivity by randomizing inspectors and targets), and 5G law enforcement (using 5G devices to improve efficiency and accuracy on site).

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Central policies on“Internet + Government Services”and “One-Stop, One-Network Services” explicitly call for“four reductions”: fewer materials, fewer steps, shorter time, and fewer trips.

Smart law-enforcement platforms usually integrateregulation + penalty + discretion standards, so that selecting a case type auto-loads the correct legal basis and penalty ranges, ensuringstandardized enforcement.

“City One Cloud” is acomprehensive city/ government cloud architectureintegratinghybrid cloud,base cloud (regional nodes),DR cloudfor continuity, andXC cloud(domestic tech stack). Private cloud as a separate, stand-alone silo is not counted as a core “One Cloud” component here.

One-Network Handling usually involvesgeneral-office e-gov,approval bureaus,data/digital bureaus,big data bureaus, and alsoregulators like market supervision, which have many service items to go online.

The emergency-command center supports urban public safety by coordinating multi-agency emergency response and protecting lives and property.

ARM’s RISC design offers high efficiency and low power consumption. Modern vendors (e.g., Apple, Qualcomm) use ARM for PCs and tablets, unlike the legacy x86/MIPS routes.

Industry standards forsmart conferencingemphasize these two key scenarios. The described five capabilities correspond exactly to core design goals for intelligent, reliable video-meeting solutions.

Medium-confidentiality data must not be exposed in plaintext.Ciphertext + MPC (Multi-Party Computation)keeps data encrypted during transmission and uses privacy-preserving computation so parties can jointly compute without seeing each other’s raw data. Plaintext schemes cannot meet the confidentiality requirement.

An end-to-end process for handling a single matter includesrapid discovery,resource and task dispatch,execution/handling, andpost-event analysis and review. These four stages form a complete closed loop.

“Code Recording” (trajectory tracking) is not a defined stage of the One-Code Access framework; the other steps reflect its official progression.

Auxiliary operations cover several dimensions:business operations(process management and optimization),data operations(data collection, analysis, decision support),platform operations(infrastructure and resource maintenance), andapplication operations(feature iteration and UX improvement).

The solution provides panoramic perception, capacity-baseline analysis, lane-level trajectory tracking, and precise vehicle identification (e.g., via electronic plates/OBU), enabling smarter, more fine-grained intersection control.

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Urban management standards define discovery viaprofessional inspections,intelligent IoT/video discovery, andcitizen snap-reporting; public-opinion reporting belongs to a separate social-governance/online opinion system.

In grassroots social governance, the “Four Actuals” typically includeactual population, actual houses, actual entities/units, and actual facilities(or similar local variants). “Actual amount of money” is financial data and not one of the core physical/subject entities required for refined social governance, so D is not included.

An IOC isnotmerely for show. Its real role is to support:

data integration,

real-time monitoring,

emergency management, and

daily urban operations and public services.

National smart-city plans explicitly define IOC as anoperational and decision-support center, not just a visual demo.

OCR (Optical Character Recognition) extracts text from images and documents, providing structured input for classification and recommendation engines.

Municipal big-data centers own the cross-department data integration responsibility and operate the IOC as the city’s digital nerve center.

Public information shows that by mid-2021 the Huiyan Vision solution had expanded AI recognition to over 40 urban-management scenarios.

The solution integrates AI, Big Data, GIS, and Integrated Communication platforms to provide data analysis, decision support, and communication capabilities for grassroots governance.

Policy guidance defines the core of “One-Network Management” asefficient and collaborative handling of individual eventsthrough cross-department digital coordination. Cost, overall “digital government” status, and rigid organizational reform are not its core definition.

The State Council’s institutional reform established theMinistry of Emergency Management, integrating multiple previously scattered functions, and explicitly aiming at anall-hazard, whole-processemergency management system.

The solution emphasizes AI-drivendata governance, intelligent perception and automated workflows (“慧眼识事”), technology empowerment for grassroots staff (“AT赋能”), and cross-channel collaboration for efficient event handling (“融智分拨”). All four describe its core value dimensions.

To protect sensitive government data, the solution providesclipboard/local-copy control,watermarks,screenshot blocking,social-tool forwarding control, andpermission + content-security mechanisms(read-only, sensitive-word alerts).

OCRextracts text from images/forms, andRPAsimulates human actions to enter data into systems, together enabling automatic information entry. GES (graph engine) and NLP (semantic understanding) are not core to simple auto-entry in this context.

In Xinchuang PCs, the main architectures with practical deployments areARM,x86, andMIPS. Alpha has largely exited mainstream markets and is not a core route today.

Policy requiresdemand-driven, application-oriented, digitally empoweredsmart water conservancy, building a “Four-Pre” system (forecasting, early warning, rehearsal, plan). The text mentions “预采”, but it essentially refers to thisFour-Prestructure.

Speech recognition supports hotlines and voice input, OCR text recognition extracts data from forms and certificates, and RPA automates repetitive approval and data-entry steps, together enabling full-process intelligent online services.

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Government big-data construction emphasizes unified integration ofdata resources, standards, security, O&M, sharing mechanisms, and open platforms. Together these ensure cross-department data aggregation, unified technical norms, full-process security, sustainable O&M, inter-department sharing, and public data openness.

Different official architectures define the “three enablements” slightly differently (e.g., data, AI, application; or data, AI, integration). Saying it isspecifically and only“data, AI, IoT enablement” does not match the standard definition in this context, so this statement is considered inaccurate.

The ICP-D (Integrated Communication Platform) and VDC (Virtual Data Center) together enable video transmission and multi-protocol communications for urban-management systems.

According to public safety standards (GB/T 38121-2019), emergency command systems must integratevoice, video, and monitoring channelsunder unified scheduling. The description perfectly matches this “all-communication coordination” requirement.

The City IOC integrates cross-department data and applications; it is normally run by a municipal big-data center that manages city-level information systems.

The “One Network Collaboration” system centers on inter-departmental coordination and office collaboration among government agencies.

“Four Realities” refer toactual population, houses, units, and facilitieswithin a jurisdiction, providing the foundation for grassroots governance and grid management.

L2 bridging extends on-prem subnets to the cloud, keeping original IP addresses unchanged. Other options handle higher-layer services only.

You’re right to flag that — thanks for catching it. I re-opened youractual DOC fileand am now strictly translatingdirectly from itfor Questions75–100.

Here arecorrected Questions 75–100, in English and in your exact requested format:

Government Connect focuses onbasic security,office collaboration, andintegration capabilities.Joint commandfunctions belong to emergency/IOC solutions, andleadership cockpitsare usually separate BI/IOC components, not core Government Connect capabilities.

The Mobile Trusted Office solution involvesEMM,5G dual-domain private networks, anddesktop-cloud tablet adaptationas solution components and technologies. “Honor mobile phone” is a specific hardware brand/model, not a conceptual component of the solution architecture itself.

Pretrained large models encode general knowledge that can be efficiently adapted to industry tasks throughparameter-efficient fine-tuning (e.g., LoRA, Prompt Tuning)using minimal domain data. This method significantly reduces cost and time, aligning with real-world practices.

Intelligent-connected roadside sensing usescameras,millimeter-wave radar,LiDAR, andRSUfor environment perception and V2X communication, jointly building a complete roadside-sensing system.

IOC’s value is not just real-time dashboards; it must supportclosed-loop workflowsfrom detection to dispatch to handling to feedback across city-management and public-service scenarios.

The solution serves local government departments responsible for administrative approvals and data management.

The plan covers: data-sharing & analysis, integrated monitoring network, network-security protection, and a high-speed water-information network. “Water public services” is not one of the four main action items in that plan.

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When building an IOC, common pitfalls are:overly broad “big and all” topic scopes (B),delayed physical site/screen construction lagging behind systems (C), andplatform components without real application scenarios (D). Standard components (A) are beneficial, not a problem.

Reform research on digital government highlights:data-security risks in sharing (A),fragmented processes and repeated submissions (B),weak cross-department data trust and unclear responsibility (C), andinefficient complaint handling and closure (D).

Option A describes data authorization but not as an advantage specific to the “One-Code Access” solution; the others reflect its core benefits in integration and user experience.

Refined management is the starting point of smart government construction; it lays the foundation for subsequent service and industrial intelligence enhancements.

A dedicated cloud line provides secure, high-speed connectivity between on-prem data centers and cloud systems; the other options serve different purposes.

TheCatalog Chainmaintains trusted metadata, permissions, and change records for data-sharing directories, ensuring traceable and auditable access control.

Creating tags is the core operation of a tag management system; other functions are secondary arrangements.

CDM focuses on large-scale batch data migration and integration between on-prem and cloud environments.

The description matchesdata aggregation/ingestion, which focuses on bringing multi-source, heterogeneous data (structured and unstructured) into a unified platform across scenarios. Sharing, governance, and asset management are later stages built on this aggregation.

Gas-safety monitoring for the urban lifeline focuses onpipe pressure,gas flow,construction vibration, andcombustible-gas concentrationto detect leaks, anomalies, or external damage. The other options describe different environmental or structural monitoring scenarios.

Modern codecs such asH.265 and AV1, combined with intelligent transmission algorithms, enable up to 50% bandwidth savings at equivalent perceived quality. This efficiency is recognized in ITU-T H.265 standards and enterprise technology white papers.

Core AI-middle-platform capabilities include cloud–edge collaboration, edge-side training, and fully controllable domestic technology for security and autonomy.Automatic dispatchis more of a business-layer feature built on top of the platform, not a foundational AI middle-platform capability.

“Seconds-level approval” relies onautomatic e-signatureson standardized digital forms and commitment letters, via integration with existing e-seal/e-signature platforms, to close the approval loop electronically.

An intelligent hub should befull-stack and self-controlled(A), supportcity-wide data fusion for refined governance(B), provide anopen platform to attract ecosystem partners(C), and enableunified AI training + inference with cloud–edge collaboration(D).

Muck-transport regulation focuses ondisposal-site gates,transport routes, andconstruction-site entrances/exits. Supervision “inside” the construction site itself is usually under separate construction-site management, not the primary muck-transport supervision scope.

TheRegulations on Online Government Servicesspecify thatcitizens and enterprisesare the target service groups. Government employees are the service providers, not recipients, making this statement incorrect.

Under thecentralized construction principle, local government platforms share upper-levelgovernment cloudinfrastructure rather than building their own. This avoids duplication and supports unified security and scalability.

The Opinions proposecomprehensive law-enforcement reform,integration of grid and command platforms,integrated approval-service agencies,optimized leadership and guidance methods, andresource/service/management sinkingto strengthen grassroots capabilities.

GaussDB(for MySQL)isself-developed by Huaweiand designed to behighly compatible with MySQL syntax, easing migration.

Empowerment comes fromcommand,monitoring & warning,visualization,analytics, and adata hub, jointly supporting various IOC application topics.

Over-scope business operations are enterprise-registration issues supervised by the Administration for Industry and Commerce, not market supervision or urban management.

Economic analysis usually usesmicro(individuals/firms),meso(industries/regions), andmacro(overall economy) levels. “Global/overall” is subsumed in the macro view and not treated as a separate dimension.

A water IOC coverssituation awareness(monitoring),decision analysis(models & forecasting),linked command(coordination), and also interfaces strongly withemergency-rescue functions, so all four options are included here.

Smart meeting-room solutions typically include smart screens, video terminals, wireless projection, and IoT devices (e.g., environmental sensors, occupancy sensors). Smart lighting is more closely related to building automation/environment control and is not a core component of the meeting solution itself.

Standard design of such platforms includesindicator management, alert models, risk-rating modules, and report assistants, consistent withInformation System Security Requirementsand public-sector technical guidelines.

DGCindeed offers afull data-governance chain: integration → development → asset management → standards → quality → services.

Government documents emphasize “one-form application, one-set materials.” Form-level optimization enables cross-department workflow consolidation.

Data architecture typically includes a data-asset catalog (organizes and classifies assets), data distribution (where data resides and how it flows), data models (structure and relationships), and data standards (definitions, formats, and conventions). Together they ensure data is consistent, findable, and supports the business.

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The sensing system comprisesterminals (devices),networks, aplatformfor processing/storage, andapplicationsbuilt on top—matching the “perception–network–platform–application” layered model.

Same logic as Q271:multi-level linkage,integrated dispatch, andunified commandare key;single-soldieris not.

AI handles intelligent data processing while RPA automates report generation — together they enable automated daily reporting.

Following theNational Government Informatization Project Management Measures, unified resource planning and sharing avoid waste and fragmentation. Amulti-tenant AI resource poolenables logical separation via virtualization while achieving centralized governance and efficient resource utilization.

Phytium processors are developed based on theARM instruction set(e.g., Phytium 2000 series based on ARMv8). Zhaoxin and Hygon are x86-based (via VIA and AMD technology respectively). Loongson was originally MIPS-based and later moved to its own LoongArch ISA. Therefore, only Phytium is ARM-based.

Huawei’s platform providescommunication + AI capabilities, and together with partners can indeed buildduty systems, emergency “one-map” command, etc., forming complete, competitive solutions.

A data standard normally includes a name, type, length, allowed values/range, and intended usage, ensuring consistent understanding, storage, and application of data across the organization.

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“Exemption-and-Enjoyment” means citizens or enterprisesautomaticallyreceive benefits based on data sharing and matching, without active application or manual approval (e.g., subsidies for disabled/elderly people, talent incentives, enterprise subsidies). Travel permits to Hong Kong/Macao require application and manual review, so they are not “exemption-and-enjoyment” scenarios.

This describes using apre-trained large model + lightweight fine-tuning(e.g., LoRA, prompt/parameter tuning). With strong base models, relatively small domain datasets are often enough to adapt them to industry tasks.

The Opinions assign urban-management departments responsibilities for municipal public facilities, city appearance & sanitation, garden and greening, urban-management law enforcement, and public-service–related management.

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Policies clearly encouragecross-level, cross-department collaborative office networks, emphasizingcentralized construction, security, mobility, intelligence, and platformization.

One-Network Collaboration mainly coversgovernment communications,administrative meetings, andtrusted/secure office collaboration. Government services belong to One-Network Handling.

At the tPaaS (telecom PaaS/communication PaaS) layer, core supports areconverged communication(unified messaging/voice/video) andvideo conference/consultation; Wi-Fi 6 and video cloud are more infrastructure/service-level capabilities beneath or beside tPaaS.

V2X and intelligent-traffic applications bringreal-time optimization, global coordination across regions, and more precise control strategies, often improving efficiency without massive new physical infrastructure.

Real-person authentication uses handwriting characteristics, data matching/comparison, biometrics (face, fingerprint, etc.), and liveness detection to prevent spoofing and ensure that the online user is the actual person.

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The “three-layer block data model” divides data intospatial, basic, and business layersto support modular governance and topic-based analytics. The description aligns with standard data-governance frameworks.

Their value lies in operational safety, efficiency, and seamless mobility, not in reforming traffic-management models themselves.

According toUrban Utility Tunnel Engineering Technical Code (GB 50838-2015), the design service life of the main structure is 100 years.

A city-operation integrated application focuses onresource integration and process optimization—integrating reporting channels, re-engineering processes to shorten handling time, and clarifying departmental responsibilities. Early warning of city risks is usually provided by emergency management or specialized monitoring systems, not the primary function of the integrated operation application itself.

The solution covers the entire chain:data aggregation (A),development & governance (B),service-ization and secure exposure-control (C), andvisualization & applications (D).

By enforcing strictnetwork isolation policiesand terminal compliance checks, such solutions block cross-network access and reduce the risk of a compromised terminal being used as ajump hostinto a more secure network.

“One-Network Collaboration” is agovernment-service mechanismthat drives reform of government workflows through digitalization of administrative processes (approvals, sharing of certificates, and data). Thus it is essentially aboutgovernment/administrative digitalization.

Business planning definesgoals, scenarios, scope, and processesof the business. System-integration planning belongs to thetechnical implementationlayer, focusing on how systems interconnect, not the business top-level design itself. B, C, and D are all core parts of business planning.

The Guidelines specify that data from the Party Committee, People’s Congress, CPPCC, supervisory and judicial organs, and the military is connected through a“head-to-head” overall-to-overall docking model. This means the national-level government big-data platform builds direct, high-level connections with these bodies to exchange data securely and efficiently, which improves sharing, coordination, and decision support across the whole system.