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\section{Introduction}

In this Era, wireless communication has been considered as one of the important aspect of economic growth of the country. Considering the importance of wireless communication, numerous countries are investing time, effort and money into the growth of future information and communication technology (ICT) industry. Many countries around the globe established IT and ICT research centers to contribute to the betterment of the world through ICT. Apart from this, it is also important to establish a knowledge-based societies by creating a close relationship between higher education and industry. Considering the example of Sweden as one of dominating ICT countries with a largest ICT sector in Nordic region. Sweden is taking innovative approach to overturns the ecosystem of existing industries to create numerous business opportunities by converging with more diverse industrial fields. Sweden is actively participating to promoting convergence of industry to open new-renaissance era like the Internet of Things (IoT).  

IoT refers to the every day things that can be connected to the  data that we can use to make our lives easier in many ways. Examples include smart locks, smart scales, smart home appliances such as coffee machines and so on. Apart from daily lives personal use items, the companies and industries leveraging on IoT to automate or simplify the processes to reduce cost, waste and time consumption. In the run long at industrial level, IoT has a potential to bring down consumer goods prices and improving overall economy of the country. Similarly, the technological change led by IoT supports sustainability by minimizing energy and waste and bringing automation to optimize the use of natural resources. According to World Economic Forum report, around 85$\%$ of IoT deployment are addressing the sustainability goals.  
Considering the aforementioned potential benefits, Linnaeus University in Sweden opened a state-of-the art Applied IoT research facility. The objective of this laboratory to facilities the IoT research, create a knowledge-based society and solve-real world problems by creating a close relationship between higher education and small and medium-sized enterprises (SMEs). To achieve these goals, applied IoT research lab has initiated number of pilot cases and workshops for Linnaeus University, Sweden. 


\section{Applied IoT Research Lab}

- Background of the Application and IoT-lab, and  @Fredrik
- The financee. ERUF and regions. @frahlg 
- Means of advancing the IoT and digital competence in the countryside. @frahlg 

- Importance of sustainability issues locally. @Neda
- Helping SME. Definition of SME. @Neda @Arslan

- Table of regions and goals.
- List of all municipalities. How many people.
Kinds of business. @Neda @Arslan

- Overview of the activities in the lab.
- Workshops, inspirational lectures and open lab days.
- Pilot cases
- Describe what a workshop is, what hardware is used and how we arrange these with companies.. A couple of of paragraphs. @David
- Describe what we have in the lab. A very short overview of the different hardware types and wireless technologies we use. @Mustafa

- Other IoT-labs in Sweden? @Arslan

\section{Education and Industry-Academic Cooperation}

- Importance of industry academic cooperation.
- Main goal of application and IoT lab - strengthen the companies.
- Student projects. B.Sc. thesis project and students projects, Engineering projects. 
    - Write down a couple of projects that has happened last year with companies. @frahlg 
- Applied IoT course videos on Youtube. @Arslan
-

\subsection{Workshops}\label{AA}

- @David and @Mustafa. What do we do in workshops. How are we doing it. How is the workshops planned. How do we reach out to companies. etc. etc. Hardware used.. Wireless technologies (Table/diagram of hardwares, wireless technologies, and tools) Different requirements from companies.

- Put in the Roadmap of the workflow. Update Helium :). @David


\subsection{Pilot Cases}\label{AA}

- What is a pilot case?
- We are helping / nudging the company to develop their product. They own the project.
- Hardware / software that is out there. Linking things together.
- How are we working with the companies? Project structure.
- Best practice based on the requirements.
- Summary of all pilot cases in a table (company name, pilot case name, problem, objectives, solutions) 


\subsubsection{Beelab}

- The company and their objective.
- The company IoT/digital readiness.
- Introduction to problem/project. One-two paragraphs.
- Proposed solution. Two-three paragraphs.
    - Technology stack.
- Figures about project and hardware.

\subsubsection{Svenska Våg}


- The company and their objective.
- The company IoT/digital readiness.
- Introduction to problem/project. One-two paragraphs.
- Proposed solution. Two-three paragraphs.
    - Technology stack.
- Figures about project and hardware.


\subsubsection{QTF}


- The company and their objective.
- The company IoT/digital readiness.
- Introduction to problem/project. One-two paragraphs.
- Proposed solution. Two-three paragraphs.
    - Technology stack.
- Figures about project and hardware.


\subsubsection{Aquatec Sweden AB}


- The company and their objective.
- The company IoT/digital readiness.
- Introduction to problem/project. One-two paragraphs.
- Proposed solution. Two-three paragraphs.
    - Technology stack.
- Figures about project and hardware.



\subsubsection{PM & Vänner}


- The company and their objective.
- The company IoT/digital readiness.
- Introduction to problem/project. One-two paragraphs.
- Proposed solution. Two-three paragraphs.
    - Technology stack.
- Figures about project and hardware.


\subsubsection{Flowbic}



- The company and their objective.
- The company IoT/digital readiness.
- Introduction to problem/project. One-two paragraphs.
- Proposed solution. Two-three paragraphs.
    - Technology stack.
- Figures about project and hardware.

\subsubsection{Honestbox}


- The company and their objective.
- The company IoT/digital readiness.
- Introduction to problem/project. One-two paragraphs.
- Proposed solution. Two-three paragraphs.
    - Technology stack.
- Figures about project and hardware.


\subsubsection{Börjes i Tingsryd}



- The company and their objective.
- The company IoT/digital readiness.
- Introduction to problem/project. One-two paragraphs.
- Proposed solution. Two-three paragraphs.
    - Technology stack.
- Figures about project and hardware.

\subsubsection{Stens Chark Åseda}


- The company and their objective.
- The company IoT/digital readiness.
- Introduction to problem/project. One-two paragraphs.
- Proposed solution. Two-three paragraphs.
    - Technology stack.
- Figures about project and hardware.



\section{Conclusion}

