Technical Report Document Number
Semantic Device Plug and Play
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- Source NEC (ETSI, TTC) Actors
- Triggers None Normal Flow
- Alternative flow None Post-conditions
- 10Transportation Use Cases
- Source HUAWEI Technologies Co., Ltd. Actors
Semantic Device Plug and PlayDescriptionThis use case applies with any verticals, below just take home automation as an example. The use case is about when a device is newly registered in a home, it will find its own character and its relationship with its neighbour devices and Things automatically based on semantic information within the M2M system without the interference of human being. For example, the house owner bought a lamp and a switch to the lamp for his house. Both the lamp and switch is enabled with wireless abilities to be able to communicate with the home automation gateway and other devices. The lamp is for the lobby and accordingly the switch is located near the entrance of the lobby. When the house owner has placed the lamp and the switch properly, a simple power-on would make the lamp and the switch work fine. SourceNEC (ETSI, TTC) ActorsHome automation service provider: is providing home automation service by providing applications running on home automation devices such as gateway, lamp, switch, TV, air-condition etc. Home automation management system (HAMS): is a network application. Device manufacturer: produces devices as M2M nodes. M2M service provider: provides M2M service acts as a platform where all M2M nodes can register to. House owner: is a consumer of the home automation service. Pre-conditionsThe house owner has a contract with the home automation service provider for the home automation service. The home automation service provider has a business relationship with the M2M service provider and the device manufacturer. The home automation management system manages all the devices and their relationships registered in the house. Each device has its role and serves fixed services among all home devices. TriggersNone Normal FlowWhen the house owner buys new devices for his house, the newly bought devices will register to the M2M service provider and expose to the M2M SP its role and functionalities including their semantic descriptions. According to such information, the HAMS will compare the semantic description of the new device with the semantic description of the existing devices in the house and judge their relationships by semantic inference. Then the HAMS will help establish the relationship between the new device and the device in the home and the relationship is maintained in the M2M SP. For example the HAMS finds that the lamp is to be controlled by the switch, it may then bind the status of the switch to the action of the lamp. If the status of the switch is ON, an “ON” command will be sent to the lamp automatically. Alternative flowNone Post-conditionsNone High Level IllustrationNone Potential Requirements
10Transportation Use CasesVehicle Diagnostic & Maintenance ReportDescriptionThe Vehicle Service Centre wants to help the vehicle owner to be aware of the status of the vehicle and remind them to maintain the vehicle in a timely manner to avoid any damages. Hence the Vehicle Service Centre needs to obtain and analyse data from the vehicle periodically. Based on the analysis result, it will notify to the vehicle owner showing what's going on with the vehicle —in simple language and images together with some maintenance suggestions. SourceHUAWEI Technologies Co., Ltd. ActorsVehicle Owner: By reading the Vehicle Diagnostic & Maintenance Report sent from the Vehicle Service Centre, the vehicle owner would decide whether to maintain his/her vehicle. Vehicle Service Centre: It operates a service platform for diagnostics and maintenance of vehicles, obtains and analyzes the diagnostics data from the vehicle. It will also send vehicle Diagnostic & Maintenance Report in e-mail together with maintenance suggestions to the vehicle owner. Mobile Communication Network Operator: As the transmission medium, it supports the network services between Vehicle Service Centre and Vehicle for the information transmission. M2M Device: It is embedded in a vehicle, which is used to send information to Vehicle Service Centre and implement diagnostics function from Vehicle Service Centre. Pre-conditions1. The vehicle supports the diagnostics pre-configured to report the diagnostics data collected from sensors within the vehicle periodically. 2. The vehicle is already ignited TriggersNone Normal Flow
Figure 10 43 Vehicle Diagnostics Normal Flow
Alternative flowNone Post-conditionsFor normal flow, the vehicle owner maintains his/her vehicle according to the Diagnostic & Maintenance report in time. High Level Illustration
Figure 10 44 Vehicle diagnostics Normal Flow Potential Requirements
Directory: Deliverables Deliverables -> ArtistDesign Noe jpia year 4 Deliverables -> Cluster: Hardware Platform and mpsoCs D13- 2)-Y4 Deliverables -> Cluster: Modeling and Validation D6- 2)-Y4 Deliverables -> Version number: Version 0 Final Deliverables -> European Holocaust Research Infrastructure Theme [infra-2010 4] ga no. 261873 D19. 2 Metadata Registry Deliverables -> Technical Report Document Number Deliverables -> Project acronym: oversee project title: Open Vehicular Secure Platform Deliverables -> Eco report 03 the licensing of ‘mobile bands’1 in cept 26 January 2015 Deliverables -> Version number: Version 4 Main author Deliverables -> University of central florida project management plan Download 0.83 Mb. Share with your friends:
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