Indoor Air Quality Wiki - User contributions [en-gb]

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2023-07-28T14:51:37Z

DEDA:

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== Categories ==
<categorytree mode="pages">Factors affecting indoor air quality</categorytree>
<categorytree mode="pages">Indoor air pollutants</categorytree>
<categorytree mode="pages">Sensors</categorytree>
<categorytree mode="pages">Recommendations and guidelines</categorytree>
<categorytree mode="pages">Innovation Management</categorytree>

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== Section 2 ==
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== Section 3 ==
Hi Again

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Business Model

2023-07-28T14:50:01Z

DEDA:

A '''Business Model''' is a plan or strategy that describes how an organization creates value, delivers products or services to customers, and generates revenue. It outlines the '''key aspects of a business, including its target market, value proposition, distribution channels, customer relationships, and revenue streams'''.

Think of a business model as a blueprint that explains how a company/organization operates and makes money. It's like a roadmap that guides the organization in achieving its goals and staying competitive in the market. Business models are important because they help companies understand and communicate how they create and capture value. By analyzing and designing a business model, companies can evaluate their market potential, identify potential sources of revenue, and make informed decisions about their operations.

Organizations use business model analysis for several reasons, like:

* '''Understanding profitability''' - by examining their business model, companies can assess how effectively they generate revenue and manage costs. This analysis helps them identify areas for improvement and optimize their profitability.
* '''Identifying competitive advantage''' - a well-designed business model can give a company a competitive edge. By analyzing their business model and comparing it with competitors, companies can identify unique value propositions, innovative approaches, or strategic advantages that set them apart.
* '''Guiding decision-making''' - business model analysis provides insights into key elements of a company's operations. It helps decision-makers understand how different aspects of the business, such as pricing, distribution, or customer relationships, contribute to overall success. This information guides strategic decisions and resource allocation.
* '''Innovating and adapting to change''' - as market conditions and customer preferences evolve, businesses need to adapt and innovate. Business model analysis allows companies to assess their current model's relevance and identify potential opportunities for innovation or adaptation to stay competitive.

In short, a business model is a plan that explains how a company creates value and makes money. Analyzing the business model helps companies understand their profitability, competitive advantage, and guides decision-making to adapt and succeed in a changing market.

=== Business Model Canvas ===
The '''[https://www.strategyzer.com/canvas/business-model-canvas Business Model Canvas]''' is a strategic tool, developed by [http://www.alexosterwalder.com/ Alex Osterwalder], that helps entrepreneurs and businesses visualize and design their business models in a simple and structured way. It provides a framework to describe, analyze, and create a comprehensive overview of the various components of a business. Imagine a canvas or a large sheet of paper divided into nine key building blocks. Each block represents a different aspect of a business and its interdependencies. These building blocks include:

# '''Customer Segments''': Identifying the different types of customers or target markets that the business aims to serve.
# '''Value Proposition''': Defining the unique value or benefit that the business offers to its customers. It explains why customers would choose the company's products or services over competitors.
# '''Channels''': Describing the various channels or methods through which the business delivers its value proposition to customers.
# '''Customer Relationships''': Outlining the types of relationships the business establishes and maintains with its customers, such as personal assistance, self-service, or automated interactions.
# '''Revenue Streams''': Identifying the different ways the business generates revenue, such as through sales, subscriptions, or advertising.
# '''Key Resources''': Listing the essential resources required to operate the business, including physical assets, intellectual property, human resources, or financial capital.
# '''Key Activities''': Highlighting the core activities and processes the business needs to perform to deliver its value proposition.
# '''Key Partnerships''': Identifying the external parties or organizations that the business collaborates with to enhance its operations, reduce costs, or access key resources.
# '''Cost Structure''': Examining the costs and expenses associated with running the business, including fixed costs, variable costs, and economies of scale.

The Business Model Canvas encourages entrepreneurs and businesses to analyze and iterate their business model by considering the interplay between these building blocks. By visually mapping out these elements on the canvas, it becomes easier to identify strengths, weaknesses, opportunities, and potential areas for improvement or innovation. Essentially, the Business Model Canvas is a visual tool that helps businesses understand and design their overall business strategy. It breaks down the key components of a business into nine building blocks, allowing entrepreneurs to evaluate their business model and make informed decisions.
[[Category: Innovation Management]]

Category:Innovation Management

2023-07-28T14:48:48Z

DEDA: Created blank page

Business Model

2023-07-28T14:46:31Z

DEDA:

Business Model

2023-07-28T14:40:12Z

DEDA: Created page with "A business model is a plan or strategy that describes how an organization creates value, delivers products or services to customers, and generates revenue. It outlines the key aspects of a business, including its target market, value proposition, distribution channels, customer relationships, and revenue streams. Think of a business model as a blueprint that explains how a company/organization operates and makes money. It's like a roadmap that guides the organization i..."

A business model is a plan or strategy that describes how an organization creates value, delivers products or services to customers, and generates revenue. It outlines the key aspects of a business, including its target market, value proposition, distribution channels, customer relationships, and revenue streams.

Think of a business model as a blueprint that explains how a company/organization operates and makes money. It's like a roadmap that guides the organization in achieving its goals and staying competitive in the market.

Business models are important because they help companies understand and communicate how they create and capture value. By analyzing and designing a business model, companies can evaluate their market potential, identify potential sources of revenue, and make informed decisions about their operations.

Organizations use business model analysis for several reasons, like:

Understanding profitability - by examining their business model, companies can assess how effectively they generate revenue and manage costs. This analysis helps them identify areas for improvement and optimize their profitability.

Identifying competitive advantage - a well-designed business model can give a company a competitive edge. By analyzing their business model and comparing it with competitors, companies can identify unique value propositions, innovative approaches, or strategic advantages that set them apart.

Guiding decision-making - business model analysis provides insights into key elements of a company's operations. It helps decision-makers understand how different aspects of the business, such as pricing, distribution, or customer relationships, contribute to overall success. This information guides strategic decisions and resource allocation.

Innovating and adapting to change - as market conditions and customer preferences evolve, businesses need to adapt and innovate. Business model analysis allows companies to assess their current model's relevance and identify potential opportunities for innovation or adaptation to stay competitive.

In short, a business model is a plan that explains how a company creates value and makes money. Analyzing the business model helps companies understand their profitability, competitive advantage, and guides decision-making to adapt and succeed in a changing market.

The Business Model Canvas is a strategic tool, developed by Alex Osterwalder,2 that helps entrepreneurs and businesses visualize and design their business models in a simple and structured way. It provides a framework to describe, analyze, and create a comprehensive overview of the various components of a business. Imagine a canvas or a large sheet of paper divided into nine key building blocks. Each block represents a different aspect of a business and its interdependencies. These building blocks include:

Customer Segments: Identifying the different types of customers or target markets that the business aims to serve.

Value Proposition: Defining the unique value or benefit that the business offers to its customers. It explains why customers would choose the company's products or services over competitors.

Channels: Describing the various channels or methods through which the business delivers its value proposition to customers.

Customer Relationships: Outlining the types of relationships the business establishes and maintains with its customers, such as personal assistance, self-service, or automated interactions.

Revenue Streams: Identifying the different ways the business generates revenue, such as through sales, subscriptions, or advertising.

Key Resources: Listing the essential resources required to operate the business, including physical assets, intellectual property, human resources, or financial capital.

Key Activities: Highlighting the core activities and processes the business needs to perform to deliver its value proposition.

Key Partnerships: Identifying the external parties or organizations that the business collaborates with to enhance its operations, reduce costs, or access key resources.

Cost Structure: Examining the costs and expenses associated with running the business, including fixed costs, variable costs, and economies of scale.

The Business Model Canvas encourages entrepreneurs and businesses to analyze and iterate their business model by considering the interplay between these building blocks. By visually mapping out these elements on the canvas, it becomes easier to identify strengths, weaknesses, opportunities, and potential areas for improvement or innovation.

Essentially, the Business Model Canvas is a visual tool that helps businesses understand and design their overall business strategy. It breaks down the key components of a business into nine building blocks, allowing entrepreneurs to evaluate their business model and make informed decisions.

SensorThings API

2023-07-28T14:38:20Z

DEDA:

'''A standard interoperability protocol is a set of rules and specifications that defines how different systems should communicate and exchange data with each other. It acts as a common language or framework that enables seamless integration and interoperability between various technologies.'''

'''One specific standard protocol for interoperability is called SensorThings API (STA) and it is an open standard developed by the [https://www.ogc.org/ Open Geospatial Consortium (OGC)]''' that focuses on data exchange and interoperability for Internet of Things (IoT) sensor systems.

Imagine you have a city that wants to collect data from various sensors, such as temperature sensors, air quality sensors, and noise sensors, to monitor the environment. Each sensor might be produced by a different manufacturer and have its own way of storing and transmitting data. This is where STA comes into play.

SensorThings provides a standardized way for sensors to communicate and share their data. '''It defines a set of common interfaces, data models, and protocols that allow sensors to publish their data in a consistent format. This makes it easier for different applications and systems to access and utilize the sensor data.'''

For example, let's say you have a mobile app that displays real-time air quality information to users. By using the SensorThings standard, the app can easily connect to various air quality sensors deployed throughout the city and retrieve the relevant data. It doesn't matter if the sensors come from different manufacturers or use different communication methods, as long as they adhere to the SensorThings API standard the app can access their data seamlessly.

In the OGC context, a standard is an agreed specification of rules and guidelines about how to implement software interfaces and data encodings. Geospatial software vendors, developers and users collaborate in the OGC’s consensus process to develop and agree on standards that enable information systems to exchange geospatial information and instructions for geoprocessing. OGC standards are open standards.

Organizations like the OGC, the IETF, the World Wide Web Consortium (W3C) and others are open organizations in the sense that any individual or organization can participate, the topics of debate are largely public, decisions are democratic (usually by consensus), and specifications are free and readily available. An “open” process is necessary to arrive at an “open” standard. The openness that OGC promotes is part of this general progress. (source: http://opengeospatial.github.io/e-learning/ogc-standards/text/services-ogc.html)

The '''OGC defines Open Standards as standards that are''':

* '''Freely and publicly available''' – They are available free of charge and unencumbered by patents and other intellectual property.
* '''Non discriminatory''' – They are available to anyone, any organization, anytime, anywhere with no restrictions.
* '''No license fees''' - There are no charges at any time for their use.
* '''Vendor neutral''' - They are vendor neutral in terms of their content and implementation concept and do not favor any vendor over another.
* '''Data neutral''' – The standards are independent of any data storage model or format.
* '''Based on Consensus''' - They are defined, documented, and approved by a formal, member driven consensus process. The consensus group remains in charge of changes and no single entity controls the standard.

(Source: https://www.ogc.org/standard/sensorthings/)

In simple terms, STA is like a common rulebook for IoT sensors: it ensures that sensors from different vendors can speak the same language and share their data in a standardized way. This standardization promotes interoperability, making it easier for different systems and applications to work together and make sense of sensor data.
[[Category:Sensors]]

SensorThings API

2023-07-28T14:37:52Z

DEDA:

SensorThings API

2023-07-28T14:37:18Z

DEDA:

SensorThings API

2023-07-28T14:35:57Z

DEDA:

SensorThings API

2023-07-28T14:31:03Z

DEDA: Created page with "A standard interoperability protocol is a set of rules and specifications that defines how different systems should communicate and exchange data with each other. It acts as a common language or framework that enables seamless integration and interoperability between various technologies. One specific standard protocol for interoperability is called SensorThings API (STA) and it is an open standard developed by the Open Geospatial Consortium (OGC) that focuses on data..."

A standard interoperability protocol is a set of rules and specifications that defines how different systems should communicate and exchange data with each other. It acts as a common language or framework that enables seamless integration and interoperability between various technologies.

One specific standard protocol for interoperability is called SensorThings API (STA) and it is an open standard developed by the Open Geospatial Consortium (OGC) that focuses on data exchange and interoperability for Internet of Things (IoT) sensor systems.

Imagine you have a city that wants to collect data from various sensors, such as temperature sensors, air quality sensors, and noise sensors, to monitor the environment. Each sensor might be produced by a different manufacturer and have its own way of storing and transmitting data. This is where STA comes into play.

SensorThings provides a standardized way for sensors to communicate and share their data. It defines a set of common interfaces, data models, and protocols that allow sensors to publish their data in a consistent format. This makes it easier for different applications and systems to access and utilize the sensor data.

For example, let's say you have a mobile app that displays real-time air quality information to users. By using the SensorThings standard, the app can easily connect to various air quality sensors deployed throughout the city and retrieve the relevant data. It doesn't matter if the sensors come from different manufacturers or use different communication methods, as long as they adhere to the SensorThings API standard the app can access their data seamlessly.

In the OGC context, a standard is an agreed specification of rules and guidelines about how to implement software interfaces and data encodings. Geospatial software vendors, developers and users collaborate in the OGC’s consensus process to develop and agree on standards that enable information systems to exchange geospatial information and instructions for geoprocessing. OGC standards are open standards.

Organizations like the OGC, the IETF, the World Wide Web Consortium (W3C) and others are open organizations in the sense that any individual or organization can participate, the topics of debate are largely public, decisions are democratic (usually by consensus), and specifications are free and readily available. An “open” process is necessary to arrive at an “open” standard. The openness that OGC promotes is part of this general progress.1

The OGC defines Open Standards as standards that are: 1. Freely and publicly available – They are available free of charge and unencumbered by patents and other intellectual property. 2. Non discriminatory – They are available to anyone, any organization, anytime, anywhere with no restrictions. 3. No license fees - There are no charges at any time for their use. 4. Vendor neutral - They are vendor neutral in terms of their content and implementation concept and do not favor any vendor over another. 5. Data neutral – The standards are independent of any data storage model or format. 6. Based on Consensus - They are defined, documented, and approved by a formal, member driven consensus process. The consensus group remains in charge of changes and no single entity controls the standard.

In simple terms, STA is like a common rulebook for IoT sensors: it ensures that sensors from different vendors can speak the same language and share their data in a standardized way. This standardization promotes interoperability, making it easier for different systems and applications to work together and make sense of sensor data.

Source: https://www.ogc.org/standard/sensorthings/

Interoperability

2023-07-25T15:14:41Z

DEDA:

Data interoperability refers to the '''ability of different systems, software, or applications to exchange and interpret data effectively'''. It ensures that data can be shared and understood between various systems, regardless of their specific formats, structures, or technologies.

Imagine you have two computer programs that need to share information with each other. Data interoperability ensures that these programs can understand and work with the data they receive, even if they were developed by different companies or use different file formats. '''It's like having a common language or set of rules that allows data to be interpreted and understood by different systems'''. For example, let's say you have a healthcare app that needs to exchange patient information with a hospital's electronic medical record system. Data interoperability ensures that the app and the hospital system can communicate seamlessly, regardless of their specific data formats or databases. This allows the app to access and update patient records accurately and securely.

'''In simple terms, data interoperability is like having a translator that enables different systems to understand and use each other's data, even if they don't speak the same "language." It promotes seamless data exchange, collaboration, and integration between different technologies, making it easier to share and utilize information across various platforms.'''

'''The SensorThings API (aka STA) is a standard specification published by Open Geospatial Consortium for providing an open and unified way to interconnect Internet of Things devices, data, and applications over the Web.''' STA is open, vendor-neutral, data-neutral, and built on Web protocols and the OGC Sensor Web Enablement standards, applying an easy-to-use REST-like style. The result is to provide a uniform way to expose the full potential of the IoT.
[[Category: Sensors]]

Interoperability

2023-07-25T15:14:21Z

DEDA:

Interoperability

2023-07-25T15:13:26Z

DEDA: Created page with "Data interoperability refers to the ability of different systems, software, or applications to exchange and interpret data effectively. It ensures that data can be shared and understood between various systems, regardless of their specific formats, structures, or technologies. Imagine you have two computer programs that need to share information with each other. Data interoperability ensures that these programs can understand and work with the data they receive, even i..."

Data interoperability refers to the ability of different systems, software, or applications to exchange and interpret data effectively. It ensures that data can be shared and understood between various systems, regardless of their specific formats, structures, or technologies.

Imagine you have two computer programs that need to share information with each other. Data interoperability ensures that these programs can understand and work with the data they receive, even if they were developed by different companies or use different file formats. It's like having a common language or set of rules that allows data to be interpreted and understood by different systems. For example, let's say you have a healthcare app that needs to exchange patient information with a hospital's electronic medical record system. Data interoperability ensures that the app and the hospital system can communicate seamlessly, regardless of their specific data formats or databases. This allows the app to access and update patient records accurately and securely.

In simple terms, data interoperability is like having a translator that enables different systems to understand and use each other's data, even if they don't speak the same "language." It promotes seamless data exchange, collaboration, and integration between different technologies, making it easier to share and utilize information across various platforms.

The SensorThings API (aka STA) is a standard specification published by Open Geospatial Consortium for providing an open and unified way to interconnect Internet of Things devices, data, and applications over the Web.

STA is open, vendor-neutral, data-neutral, and built on Web protocols and the OGC Sensor Web Enablement standards, applying an easy-to-use REST-like style. The result is to provide a uniform way to expose the full potential of the IoT.

User talk:DEDA

2023-07-25T15:12:45Z

DEDA: Blanked the page

User talk:DEDA

2023-07-25T15:02:16Z

DEDA:

== Interoperability ==

Data interoperability refers to the ability of different systems, software, or applications to exchange and interpret data effectively. It ensures that data can be shared and understood between various systems, regardless of their specific formats, structures, or technologies.

Imagine you have two computer programs that need to share information with each other. Data interoperability ensures that these programs can understand and work with the data they receive, even if they were developed by different companies or use different file formats. It's like having a common language or set of rules that allows data to be interpreted and understood by different systems. For example, let's say you have a healthcare app that needs to exchange patient information with a hospital's electronic medical record system. Data interoperability ensures that the app and the hospital system can communicate seamlessly, regardless of their specific data formats or databases. This allows the app to access and update patient records accurately and securely.

In simple terms, data interoperability is like having a translator that enables different systems to understand and use each other's data, even if they don't speak the same "language." It promotes seamless data exchange, collaboration, and integration between different technologies, making it easier to share and utilize information across various platforms.

The SensorThings API (aka STA) is a standard specification published by Open Geospatial Consortium for providing an open and unified way to interconnect Internet of Things devices, data, and applications over the Web.

STA is open, vendor-neutral, data-neutral, and built on Web protocols and the OGC Sensor Web Enablement standards, applying an easy-to-use REST-like style. The result is to provide a uniform way to expose the full potential of the IoT.
[[Category: Sensors]]

User:DEDA

2023-07-25T15:02:01Z

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User talk:DEDA

2023-07-25T15:01:17Z

DEDA: /* Interoperability */ new section

User:DEDA

2023-07-25T14:59:46Z

DEDA: /* Interoperability */

[[Category: Sensors]]

User:DEDA

2023-07-25T14:54:44Z

DEDA: /* Interoperability */

== Interoperability ==
Data interoperability refers to the '''ability of different systems, software, or applications to exchange and interpret data effectively.''' It ensures that data can be shared and understood between various systems, regardless of their specific formats, structures, or technologies.

Imagine you have two computer programs that need to share information with each other. Data interoperability ensures that these programs can understand and work with the data they receive, even if they were developed by different companies or use different file formats. It's like having a common language or set of rules that allows data to be interpreted and understood by different systems. For example, let's say you have a healthcare app that needs to exchange patient information with a hospital's electronic medical record system. Data interoperability ensures that the app and the hospital system can communicate seamlessly, regardless of their specific data formats or databases. This allows the app to access and update patient records accurately and securely.

'''In simple terms, data interoperability is like having a translator that enables different systems to understand and use each other's data, even if they don't speak the same "language." It promotes seamless data exchange, collaboration, and integration between different technologies, making it easier to share and utilize information across various platforms.'''

'''The SensorThings API (aka STA) is a standard specification published by Open Geospatial Consortium''' for providing an open and unified way to interconnect Internet of Things devices, data, and applications over the Web. STA is open, vendor-neutral, data-neutral, and built on Web protocols and the OGC Sensor Web Enablement standards, applying an easy-to-use REST-like style. The result is to provide a uniform way to expose the full potential of the IoT.
[[Category: Sensors]]

User:DEDA

2023-07-25T14:53:08Z

DEDA: Created page with "== Interoperability == Data interoperability refers to the '''ability of different systems, software, or applications to exchange and interpret data effectively.''' It ensures that data can be shared and understood between various systems, regardless of their specific formats, structures, or technologies. Imagine you have two computer programs that need to share information with each other. Data interoperability ensures that these programs can understand and work wi..."