This document identifies IoT scenarios and use cases based on real-world applications and requirements. This document comprises 25 use cases for Internet of Things submitted to the ISO/IEC JTC 1 working group on the Internet of Things between June 2015 and July 2016. Use cases are a well-known tool for expressing requirements at a high level and demonstrating their real-life relevance. The use cases provide a practical context for considerations on interoperability and standards based on user experience. Use cases clarify where existing standards can be applied and highlight where standardization work is needed.

An objective of this document is to assist in the identification of potential areas for standardization in the IoT environment to ensure ease of operation and interoperability.

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PDF Pages	PDF Title
2	undefined
4	CONTENTS
15	FOREWORD
16	INTRODUCTION
17	1 Scope 2 Normative references 3 Terms and definitions
18	4 Abbreviated terms
20	5 Summary of Use Case Scenarios 5.1 General 5.2 Use Cases 5.2.1 Summary
21	Tables Table 1 – Summary of Use Case Scenarios
27	6 Context of Use for the IoT Use cases 6.1 Global 6.2 Transport infrastructure 6.3 Home 6.4 Public buildings 6.5 Offices 6.6 Factories 6.7 Process plants
28	6.8 Agriculture 6.9 Forestry 6.10 Fishing 6.11 Body and personal 6.12 Healthcare 6.13 Vehicles 6.14 Smart Cities
29	7 Use Case Scenarios 7.1 IoT Network Security (Use Case number 1 in Table 1) 7.1.1 Scope and Objectives of Use Case 7.1.2 Narrative of Use Case Figures Figure 1 – Overview of IoT Security Use cases in Telco environment
30	Figure 2 – Traditional LTE Network Congestion Management Figure 3 – SDN based congestion management at the gateways by offloading to Wi-Fi
31	7.1.3 Actors 7.1.4 Issues: Legal Contracts, Legal Regulations, and Constraints 7.1.5 Referenced Standards and/or Standardization Committees Figure 4 – SDN based congestion management in the LTE Access Network Table 2 – Actors for IoT Network Security
32	7.1.6 Relation with Other Known Use Cases 7.1.7 General Remarks Figure 5 – IoT Basic Network Table 3 – Referenced Standards and/or Standardization Committees for IoT Network Security
33	7.1.8 Security and Privacy 7.1.9 Conformity Aspects and Critical Requirements 7.1.10 Interaction between Actors and User Requirements 7.1.11 Diagram of Use Case 7.1.12 Data Flow Diagram of Use Case 7.2 IoT Security Threat Detection and Management (Use case number 2 in Table 1) 7.2.1 Scope and Objectives of Use Case Table 4 – Common terms and definitions of NFV/SDN
34	7.2.2 Narrative of Use Case
35	7.2.3 Actors 7.2.4 Issues: Legal Contracts, Legal Regulations, and Constraints 7.2.5 Referenced Standards and/or Standardization Committees Table 5 – Actors for IoT Security Threat Detection and Management
36	7.2.6 Relation with Other Known Use Cases 7.2.7 General Remarks 7.2.8 Security and Privacy 7.2.9 Conformity Aspects and Critical Requirements 7.2.10 Interaction between Actors and User Requirements Table 6 – Referenced Standards and/or Standardization Committees for IoT Security Threat Detection and Management
37	7.2.11 Diagram of Use Case 7.2.12 Data Flow Diagram of Use Case Figure 6 – IoT Security with Big Data Analytics in SDN/NFV clouds Figure 7 – IoT Data Analytics-based Security Intelligence Figure 8 – SDN/NFV-based Security Policy Management
38	7.3 Remote Management of Large Equipment in a Plant (Use case number 3 in Table 1) 7.3.1 Scope and Objectives of Use Case 7.3.2 Narrative of Use Case
39	7.3.3 Actors 7.3.4 Issues: Legal Contracts, Legal Regulations, and Constraints Table 7 – Scenario conditions for Remote Management of Large Equipment in a Plant Table 8 – Actors for Remote Management of Large Equipment in a Plant
40	7.3.5 Referenced Standards and/or Standardization Committees 7.3.6 Relation with Other Known Use Cases 7.3.7 General Remarks 7.3.8 Security and Privacy 7.3.9 Conformity Aspects and Critical Requirements 7.3.10 Interaction between Actors and User Requirements
41	7.3.11 Diagram of Use Case 7.3.12 Data Flow Diagram of Use Case 7.4 Automated ICC Profile Discovery (Use case number 4 in Table 1) 7.4.1 Scope and Objectives of Use Case 7.4.2 Narrative of Use Case Figure 9 – Remote Management of Large Equipment in a Plant
42	7.4.3 Actors Table 9 – Actors for Automated ICC Profile Discovery
43	7.4.4 Issues: Legal Contracts, Legal Regulations, and Constraints 7.4.5 Referenced Standards and/or Standardization Committees 7.4.6 Relation with Other Known Use Cases 7.4.7 General Remarks 7.4.8 Security and Privacy 7.4.9 Conformity Aspects and Critical Requirements Table 10 – Referenced Standards and/or Standardization Committees for Automated ICC Profile Discovery
44	7.4.10 Interaction between Actors and User Requirements 7.4.11 Diagram of Use Case Figure 10 – Automated ICC Profile Discovery
45	7.4.12 Data Flow Diagram of Use Case 7.5 Tracking of Farm Products (Use case number 5 in Table 1) 7.5.1 Scope and Objectives of Use Case 7.5.2 Narrative of Use Case Figure 11 – Data Flow of Automated ICC Profile Discovery
46	7.5.3 Actors Table 11 – Scenario conditions for Tracking of Farm Products Table 12 – Actors for Tracking of Farm Products
47	7.5.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.5.5 Referenced Standards and/or Standardization Committees 7.5.6 Relation with Other Known Use Cases 7.5.7 General Remarks
48	7.5.8 Security and Privacy 7.5.9 Conformity Aspects and Critical Requirements 7.5.10 Interaction between Actors and User Requirements Table 13 – Interaction for Tracking of Farm Products
49	7.5.11 Diagram of Use Case Figure 12 – Tracking of Farm Products
50	7.5.12 Data Flow Diagram of Use Case 7.6 Warehouse Goods Monitoring (Use case number 6 in Table 1) 7.6.1 Scope and Objectives of Use Case 7.6.2 Narrative of Use Case Figure 13 – Data Flow of Tracking of Farm Products
51	7.6.3 Actors Figure 14 – IoT Applications for Monitoring the Goods in the Warehouse Table 14 – Actors for IoT Application for Warehouse Goods Monitoring
53	7.6.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.6.5 Referenced Standards and/or Standardization Committees 7.6.6 Relation with Other Known Use Cases
54	7.6.7 General Remarks 7.6.8 Security and Privacy 7.6.9 Conformity Aspects and Critical Requirements 7.6.10 Interaction between Actors and User Requirements 7.6.11 Diagram of Use Case 7.6.12 Data Flow Diagram of Use Case
55	7.7 Cooperation between Factories and Remote Applications (Use case number 7 in Table 1) 7.7.1 Scope and Objectives of Use Case 7.7.2 Narrative of Use Case Figure 15 – Data Flow of Warehouse Goods Monitoring from architectural viewpoint
56	Table 15 – Scenario conditions for Cooperation between Factories and Remote Applications
57	7.7.3 Actors Table 16 – Specific steps in Prioritized Transmission Scenario
58	7.7.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.7.5 Referenced Standards and/or Standardization Committees 7.7.6 Relation with Other Known Use Cases 7.7.7 General Remarks 7.7.8 Security and Privacy 7.7.9 Conformity aspects and Critical Requirements 7.7.10 Interaction between Actors and User Requirements Table 17 – Actors for Cooperation between Factories and Remote Applications
59	7.7.11 Diagram of Use Case 7.7.12 Data Flow Diagram of Use Case Figure 16 – Cooperation between Factories and Remote Applications Table 18 – Interaction for Cooperation between Factories and Remote Applications
60	7.8 Searching System for People with Cognitive Impairment (Use case number 8 in Table 1) 7.8.1 Scope and Objectives of Use Case 7.8.2 Narrative of Use Case 7.8.3 Actors Table 19 – Actors for Searching System for People with Cognitive Impairment
61	7.8.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.8.5 Referenced Standards and/or Standardization Committees 7.8.6 Relation with Other Known Use Cases 7.8.7 General Remarks 7.8.8 Security and Privacy 7.8.9 Conformity aspects and Critical Requirements 7.8.10 Interaction between Actors and User Requirements Table 20 – Issues for Searching System for People with Cognitive Impairment Table 21 – Referenced Standards and/or Standardization Committees for Searching System for People with Cognitive Impairment
62	7.8.11 Diagram of Use Case 7.8.12 Data Flow Diagram of Use Case 7.9 Sleep Monitoring System (Use case number 9 in Table 1) 7.9.1 Scope and Objectives of Use Case 7.9.2 Narrative of Use Case Figure 17 – Searching System for People with Cognitive Impairment Figure 18 – Sleep Monitoring Systems
63	7.9.3 Actors 7.9.4 Issues: Legal Contracts, Legal Regulations, Constraints Table 22 – Actors for Sleep Monitoring System
64	7.9.5 Referenced Standards and/or Standardization Committees 7.9.6 Relation with Other Known Use Cases 7.9.7 General Remarks 7.9.8 Security and Privacy 7.9.9 Conformity Aspects and Critical Requirements 7.9.10 Interaction between Actors and User Requirements 7.9.11 Diagram of Use Case 7.9.12 Data Flow Diagram of Use Case 7.10 Smart Glasses (Use case number 10 in Table 1) 7.10.1 Scope and Objectives of the Use case
65	7.10.2 Narrative of Use Case 7.10.3 Actors 7.10.4 Issues: Legal Contracts, Legal Regulations, Constraints Table 23 – Actors for Smart Glasses
66	7.10.5 Referenced Standards and/or Standardization Committees 7.10.6 Relation with Other Known Use Cases 7.10.7 General Remarks 7.10.8 Security and Privacy 7.10.9 Conformity Aspects and Critical requirements 7.10.10 Interaction between Actors and User Requirements Table 24 – Referenced Standards and/or Standardization Committees for Smart Glasses Table 25 – Relation with Other Known Use Cases for Smart Glasses
67	7.10.11 Diagram of Use Case Figure 19 – Smart Glasses
68	7.10.12 Data Flow Diagram of Use Case 7.11 IoT Endpoint (Sensors and Actuators) Monitoring Systems (Use case number 11 in Table 1) 7.11.1 Scope and Objectives of Use Case 7.11.2 Narrative of Use Case Figure 20 – Data Flow of Smart Glasses
69	7.11.3 Actors Figure 21 – Basic Endpoint/sensor components Table 26 – Actors for IoT Endpoint Monitoring Systems
70	7.11.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.11.5 Referenced Standards and/or Standardization Committees 7.11.6 Relation with Other Known Use Cases 7.11.7 General Remarks 7.11.8 Security and Privacy Table 27 – Referenced Standards and/or Standardization Committees for IoT Endpoint Monitoring Systems
71	7.11.9 Conformity aspects and Critical Requirements 7.11.10 Interaction between Actors and User Requirements 7.11.11 Diagram of Use Case 7.11.12 Data Flow Diagram of Use Case Figure 22 – IoT Endpoint Monitoring Systems
72	7.12 Intelligent Assistive Parking in Urban Areas (Use case number 12 in Table 1) 7.12.1 Scope and Objectives of Use Case 7.12.2 Narrative of Use Case
73	7.12.3 Actors
74	7.12.4 Issues: Legal Contracts, Legal Regulations, Constraints Table 28 – Actors for Intelligent Assistive Parking
75	7.12.5 Referenced Standards and/or Standardization Committees 7.12.6 Relation with Other Known Use Cases 7.12.7 General Remarks Table 29 – Issues for Intelligent Assistive Parking Table 30 – Referenced Standards and/or Standardization Committees for Intelligent Assistive Parking
76	7.12.8 Security and Privacy 7.12.9 Conformity Aspects and Critical Requirements 7.12.10 Interaction between Actors and User Requirements
77	7.12.11 Diagram of Use Case Figure 23 – Car Park Scenario
78	Figure 24 – Interactions in Smart Parking Scenario Figure 25 – Camera based detection of occupancy
79	Figure 26 – Camera based identification of traffic load at key points in the infrastructure Figure 27 – Smart parking is an integrated part of smart cities Figure 28 – Ground-based sensor detecting proximity, temperature and humidity
80	7.12.12 Data Flow Diagram of Use Case Figure 29 – Sensor communicates through mesh-technology with repeaters mounted on roadside installation Figure 30 – Data Flow of Smart Parking
81	7.13 Integrated Smart Pump System (Use case number 13 in Table 1) 7.13.1 Scope and Objectives 7.13.2 Narrative of Use Case Table 31 – Scenario conditions for Integrated Smart Pump System
82	Table 32 – Scenarios for Integrated Smart Pump System
83	7.13.3 Actors 7.13.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.13.5 Referenced Standards and/or Standardization Committees Table 33 – Information exchanged for Integrated Smart Pump System Table 34 – Actors for Integrated Smart Pump System
84	7.13.6 Relation with Other Use Cases 7.13.7 General remarks Table 35 – Referenced Standards and/or Standardization Committees for Integrated Smart Pump System Table 36 – KPI for Integrated Smart Pump System Table 37 – Use case conditions for Integrated Smart Pump System
85	7.13.8 Security and Privacy 7.13.9 Conformity Aspects and Critical Requirements 7.13.10 Interaction between Actors and User Requirements 7.13.11 Diagram of Use Case Table 38 – Common terms and definitions for Integrated Smart Pump System
86	7.13.12 Data Flow Diagram of Use Case 7.14 Remote Health Monitoring: Example of an AAL Use Case Relevant to IoT (Use case number 14 in Table 1) 7.14.1 Scope and Objectives of Use Case 7.14.2 Narrative of Use Case 7.14.3 Actors Figure 31 – Data Flow of Integrated Smart Pump System
87	7.14.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.14.5 Referenced Standards and/or Standardization Committees Table 39 – Actors for Remote Health Monitoring Table 40 – Referenced Standards and/or Standardization Committees for Remote Health Monitoring
88	7.14.6 Relation with Other Known Use Cases 7.14.7 General Remarks 7.14.8 Security and Privacy Table 41 – Relation with Other Known Use Cases for Remote Health Monitoring
89	7.14.9 Conformity Aspects and Critical Requirements 7.14.10 Interaction between stakeholders/devices/services/system including user requirements Figure 32 – Gateway Security Architectural Diagram
90	7.14.11 Diagram of Use Case 7.14.12 Data Flow Diagram of Use Case 7.15 Connected Car Analytics (Use case number 15 in Table 1) 7.15.1 Scope and Objectives of Use Case Figure 33 – Fall detection Use Case
91	7.15.2 Narrative of Use Case
92	7.15.3 Actors Table 42 – Basic information for Connected Car Analytics
93	7.15.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.15.5 Referenced Standards and/or Standardization Committees Table 43 – Actors for Connected Car Analytics
94	7.15.6 Relation with Other Known Use Cases 7.15.7 General Remarks 7.15.8 Security and Privacy 7.15.9 Conformity Aspects and Critical Requirements 7.15.10 Interaction between Actors and User Requirements Table 44 – Referenced Standards and/or Standardization Committees for Connected Car Analytics
95	7.15.11 Diagram of Use Case 7.15.12 Data Flow Diagram of Use Case 7.16 Real Time Motor Monitor (Use case number 16 in Table 1) 7.16.1 Scope and Objectives of Use Case 7.16.2 Narrative of Use Case Figure 34 – Connected Car Analytics Use Case Diagram
96	7.16.3 Actors Table 45 – Basic information for Real Time Motor Monitor
97	7.16.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.16.5 Referenced Standards and/or Standardization Committees 7.16.6 Relation with Other Known Use Cases Table 46 – Actors for Real Time Motor Monitor Table 47 – Referenced Standards and/or Standardization Committees for Real Time Motor Monitor
98	7.16.7 General Remarks 7.16.8 Security and Privacy 7.16.9 Conformity aspects and Critical Requirements 7.16.10 Interaction between Actors and User Requirements 7.16.11 Diagram of Use Case 7.16.12 Data Flow Diagram of Use Case 7.17 Smart Home Appliances (Use case number 17 in Table 1) 7.17.1 Scope and Objectives of Use Case Figure 35 – Real Time Motor Monitor Use Case Diagram
99	7.17.2 Narrative of Use Case
100	7.17.3 Actors Table 48 – Basic information for Smart Home Appliances Table 49 – Actors for Smart Home Appliances
101	7.17.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.17.5 Referenced Standards and/or Standardization Committees 7.17.6 Relation with Other Known Use Cases 7.17.7 General Remarks 7.17.8 Security and Privacy 7.17.9 Conformity aspects and Critical Requirements 7.17.10 Interaction between Actors and User Requirements Table 50 – Referenced Standards and/or Standardization Committees for Smart Home Appliances
102	7.17.11 Diagram of Use Case 7.17.12 Data Flow Diagram of Use Case 7.18 Smart Home Insurance (Use case number 18 in Table 1) 7.18.1 Scope and Objectives of Use Case 7.18.2 Narrative of Use Case Figure 36 – Smart Home Appliance Use Case Diagram
104	7.18.3 Actors Table 51 – Basic information for Smart Home Insurance Table 52 – Actors for Smart Home Insurance
105	7.18.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.18.5 Referenced Standards and/or Standardization Committees 7.18.6 Relation with Other Known Use Cases 7.18.7 General Remarks 7.18.8 Security and Privacy 7.18.9 Conformity Aspects and Critical Requirements 7.18.10 Interaction between Actors and User Requirements
106	7.18.11 Diagram of Use Case 7.18.12 Data Flow Diagram of Use Case 7.19 Machine Leasing (Use case number 19 in Table 1) 7.19.1 Scope and Objectives of Use Case 7.19.2 Narrative of Use Case Figure 37 – Smart Home Insurance Use Case Diagram
107	Figure 38 – IoT system architecture overview of machine leasing system
108	7.19.3 Actors Table 53 – Actors for Machine Leasing
109	7.19.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.19.5 Referenced Standards and/or Standardization Committees 7.19.6 Relation with Other Known Use Cases 7.19.7 General Remarks 7.19.8 Security and Privacy 7.19.9 Conformity aspects and Critical Requirements 7.19.10 Interaction between Actors and User Requirements
110	7.19.11 Diagram of Use Case 7.19.12 Data Flow Diagram of Use Case 7.20 IoT–based Energy Management System for Industrial Facilities (Use case number 20 in Table 1) 7.20.1 Scope and Objectives of Use Case 7.20.2 Narrative of Use Case Figure 39 – IoT Application for Cleaning Machine Leasing
111	7.20.3 Actors
112	7.20.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.20.5 Referenced Standards and/or Standardization Committees Table 54 – Actors for IoT–based Energy Management System for Industrial Facilities
113	7.20.6 Relation with Other Known Use Cases 7.20.7 General Remarks 7.20.8 Security and Privacy 7.20.9 Conformity Aspects and Critical Requirements 7.20.10 Interaction between Actors and User Requirements 7.20.11 Diagram of Use Case
114	Figure 40 – Structure of IoT-Based Energy Management System with FSGIM
115	7.20.12 Data Flow Diagram of Use Case 7.21 Water Plant Management (Use case number 21 in Table 1) 7.21.1 Scope and Objectives of Use Case 7.21.2 Narrative of Use Case
116	7.21.3 Actors
117	Table 55 – Actors for Water Plant Management
118	7.21.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.21.5 Referenced Standards and/or Standardization Committees 7.21.6 Relation with Other Known Use Cases 7.21.7 General Remarks
119	7.21.8 Security and Privacy 7.21.9 Conformity Aspects and Critical Requirements 7.21.10 Interaction between Actors and User Requirements 7.21.11 Diagram of Use Case Figure 41 – Monitoring and Control System in Water Plant project in Shanghai
120	7.21.12 Data Flow Diagram of Use Case 7.22 Smart Home Application (Use case number 22 in Table 1) 7.22.1 Scope and Objectives of Use Case Figure 42 – System Architecture of Smart Water Plant Monitoring System
121	7.22.2 Narrative of Use Case
122	7.22.3 Actors Figure 43 – Smart Home Systems Table 56 – Actors for Smart Home Application
123	7.22.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.22.5 Referenced Standards and/or Standardization Committees
124	7.22.6 Relation with Other Known Use Cases 7.22.7 General Remarks 7.22.8 Security and Privacy 7.22.9 Conformity Aspects and Critical Requirements 7.22.10 Interaction between Actors and User Requirements Table 57 – Referenced Standards and/or Standardization Committees for Smart Home Application
125	7.22.11 Diagram of Use Case 7.22.12 Data Flow Diagram of Use Case 7.23 Field Gateway Bridging IoT to Legacy Devices in Factories and Plants (Use case number 23 in Table 1) 7.23.1 Scope and Objectives of Use Case 7.23.2 Narrative of Use Case Figure 44 – Actors in Smart Home Systems
126	7.23.3 Actors 7.23.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.23.5 Referenced Standards and/or Standardization Committees 7.23.6 Relation with Other Known Use Cases 7.23.7 General Remarks Table 58 – Actors for Field Gateway Bridging IoT to Legacy Devices in Factories and Plants
127	7.23.8 Security and Privacy 7.23.9 Conformity Aspects and Critical Requirements 7.23.10 Interaction between Actors and User Requirements Table 59 – General remarks for Field Gateway Bridging IoT to Legacy Devices in Factories and Plants Table 60 – Scenario conditions for Field Gateway Bridging IoT to Legacy Devices in Factories and Plants
128	Table 61 – Steps of scenario for Field Gateway Bridging IoT to Legacy Devices in Factories and Plants
129	7.23.11 Diagram of Use Case 7.23.12 Data Flow Diagram of Use Case Figure 45 – Field Gateway in IoT RA System View Table 62 – Information exchanged for Field Gateway Bridging IoT to Legacy Devices in Factories and Plants
130	7.24 Production Monitoring of Textile Equipment (Use case number 24 in Table 1) 7.24.1 Scope and Objectives of Use Case 7.24.2 Narrative of Use Case Figure 46 – Interface of Textile Equipment Production Monitoring System
131	7.24.3 Actors 7.24.4 Issues: Legal Contracts, Legal Regulations, Constraints Table 63 – Actors for Production Monitoring of Textile Equipment
132	7.24.5 Referenced Standards and/or Standardization Committees 7.24.6 Relation with Other Known Use Cases 7.24.7 General Remarks Table 64 – KPI for Production Monitoring of Textile Equipment Table 65 – Use case conditions for Production Monitoring of Textile Equipment
133	7.24.8 Security and Privacy 7.24.9 Conformity aspects and Critical Requirements 7.24.10 Interaction between Actors and User Requirements Table 66 – Scenario conditions for Production Monitoring of Textile Equipment
134	Table 67 – Steps of scenarios for Production Monitoring of Textile Equipment
135	Table 68 – Information exchanged for Production Monitoring of Textile Equipment
136	7.24.11 Diagram of Use Case 7.24.12 Data Flow Diagram of Use Case 7.25 Remote Management of Agricultural Greenhouses (Use case number 25 in Table 1) 7.25.1 Scope and Objectives of Use Case 7.25.2 Narrative of Use Case Figure 47 – Production Monitoring of Textile Equipment
137	Figure 48 – Greenhouse Monitoring
138	Figure 49 – Greenhouse layout diagram
139	Figure 50 – Agricultural Greenhouse Management Platform Figure 51 – Greenhouse Monitoring System Display Screen
140	7.25.3 Actors 7.25.4 Issues: Legal Contracts, Legal Regulations, Constraints 7.25.5 Referenced Standards and/or Standardization Committees 7.25.6 Relation with Other Known Use Cases 7.25.7 General Remarks Table 69 – Actors for Remote Management of Agricultural Greenhouses Table 70 – KPI for Remote Management of Agricultural Greenhouses
141	7.25.8 Security and Privacy 7.25.9 Conformity aspects and Critical Requirements 7.25.10 Interaction between Actors and User Requirements Table 71 – Use case conditions for Remote Management of Agricultural Greenhouses
142	Table 72 – Scenario conditions for Remote Management of Agricultural Greenhouses
143	Table 73 – Steps of scenarios for Remote Management of Agricultural Greenhouses
144	Table 74 – Information exchanged for Remote Management of Agricultural Greenhouses
145	7.25.11 Diagram of Use Case 7.25.12 Data Flow Diagram of Use Case Figure 52 – Agricultural Greenhouse Monitoring Use Case Diagram
146	Annex A (informative)Actors identified in Use Cases A.1 IoT devices: A.2 IoT gateway
147	A.3 Communications networks: A.4 Applications: A.5 Systems implementing services across IoT networks
148	A.6 Databases A.7 Users
149	Annex B (informative)Interaction between Actors and IoT entities
151	Bibliography

Published By	Publication Date	Number of Pages
BSI	2018	152


PDF Format	Searchable	Printable	Preview Now

Status	Definitive
Pages	152
Publication Date	2018-01-11
ISBN	978 0 580 97462 5
Standard Number	PD ISO/IEC TR 22417:2017
Title	Information technology. Internet of things (IOT). IOT use cases
Identical National Standard Of	ISO/IEC TR 22417:2017
Descriptors	E-commerce, World Wide Web, Computer networks, Internet
Publisher	BSI
Committee	IOT/1/-/1
ICS Codes	35.110 - Networking

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