The document discusses a business case study for a cognitive radio system based on a wireless sensor network. It proposes a "joint venture" model where multiple spectrum owners come together to share unused spectrum. A financial analysis shows the joint venture could be profitable, with a net present value of 1.36 million euros and 16% internal rate of return over 5 years. Key factors identified are the cost and power efficiency of fixed sensors in the network, and minimizing new infrastructure sites. The business case helps identify technical areas like sensor design and network planning that need focus to improve profitability.
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IEEE 2014 NS2 NETWORKING PROJECTS Improving spectrum efficiency via in netwo...IEEEBEBTECHSTUDENTPROJECTS
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Set of proof of concept and use cases with internet of things technologies are presented with one sliders. In each case, the IoT challenge, result, benefits and use case example are given.
Spectrolytic has become the pioneer in the supply of cost effective, mid-infrared spectroscopy solutions, offering the lowest cost per measurement point. Spectrolytic’s product portfolio moves the powerful analytical technology of mid-infrared spectroscopy (FTIR) out of the laboratory into the field, providing real time analysis anywhere, anytime.
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Finally, we conclude the paper with overview of ThingPark Wireless as a multi-technology platform that addresses the challenges for both LoRaWAN and Cellular IoT deployments.
The main objective of the OSMOSE project is to develop a reference architecture, a middleware and some prototypal applications for the Sensing-Liquid Enterprise, by interconnecting Real, Digital and Virtual Worlds in the same way a semi-permeable membrane permits the flow of liquid particles through itself.
Website -- http://www.osmose-project.eu
FB Page -- https://www.facebook.com/OSMOSEProject
LinkedIn Group -- https://www.linkedin.com/grp/home?gid=6506419
YouTube channel -- https://www.youtube.com/channel/UC4n1zUxXrmGKeFrTE6IGbBw
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Fixed Broadband Business Case - Short VersionAndre Fourie
The revenue that can be generated by an LTE base station is influenced by the quality of the signal received by the customer premise equipment (CPE). Most CPE come with omni-directional indoor antennas, but have provision for the connection to external antennas.
Substituting the indoor antennas for directional outdoor antennas has a marked effect on the data transfer speeds of the network. There are two reasons for this. Firstly, outdoor antennas are physically larger than their indoor counterparts and thus have a higher gain. The increase in antenna gain translates directly to an increase in received signal strength. The second advantage is that the outdoor antenna sits in an environment that has much better propagating properties than the indoor antenna. Tests have shown that data speeds 3-5 times faster are possible using external antennas compared to indoor antennas.
It is shown, using a primitive financial model that fairly large financial gains can be made by equipping CPE devices with external antennas. The summary financial effects below are well backed up by real life case studies and theory which interested readers can read in the remainder of this document.
Proof of concepts and use cases with IoT technologiesHeikki Ailisto
Set of proof of concept and use cases with internet of things technologies are presented with one sliders. In each case, the IoT challenge, result, benefits and use case example are given.
Spectrolytic has become the pioneer in the supply of cost effective, mid-infrared spectroscopy solutions, offering the lowest cost per measurement point. Spectrolytic’s product portfolio moves the powerful analytical technology of mid-infrared spectroscopy (FTIR) out of the laboratory into the field, providing real time analysis anywhere, anytime.
Whitepaper - How to build a mutil-technology scalable IoT Connectivity Platform?Actility
In this paper, we investigate the challenges facing service providers and enterprises for deploying and monetizing LPWAN solution.
We show in this paper that the traditional M2M approach might not be cost-effective for the needs of LPWAN IoT deployments due to dramatically lower ARPU requirements of IoT compared to traditional M2M. We also examine both cellular IoT (NB-IoT or Cat-NB1, Cat-M1, Cat-1) and LoRaWAN, with the objective to demonstrate the complementary aspects of the two technologies. We show how operators extend existing M2M use cases and swap 2G using cellular IoT, and in addition tap into the new unlicensed IoT market space using LoRaWAN. Interestingly, LoRaWAN is a natural over-the-top play for cellular IoT operators, as cellular IoT is an ideal backhaul technology for unlicensed LPWAN concentrators.
Properly matching a connectivity solution to a use case is a complex multidimensional problem requiring analysis of several factors including battery lifetime, coverage, throughput, latency, total cost of ownership (TCO), amongst other factors. We discuss these factors and attempt to build a technology selection chart, and then build a business case for multi-technology IoT platform that leverages both LoRaWAN and Cellular IoT to serve the needs of all IoT use cases. We also provide insights on the service provider strategy for LPWAN deployment with examples from Tier-1 MNOs such as SK Telecom and Orange.
Finally, we conclude the paper with overview of ThingPark Wireless as a multi-technology platform that addresses the challenges for both LoRaWAN and Cellular IoT deployments.
The main objective of the OSMOSE project is to develop a reference architecture, a middleware and some prototypal applications for the Sensing-Liquid Enterprise, by interconnecting Real, Digital and Virtual Worlds in the same way a semi-permeable membrane permits the flow of liquid particles through itself.
Website -- http://www.osmose-project.eu
FB Page -- https://www.facebook.com/OSMOSEProject
LinkedIn Group -- https://www.linkedin.com/grp/home?gid=6506419
YouTube channel -- https://www.youtube.com/channel/UC4n1zUxXrmGKeFrTE6IGbBw
Spectrum Workshop - Issues and challenges in spectrum allocations and spectru...Coleago Consulting
Stefan Zehle, CEO Coleago Consulting discusses issues and challenges in spectrum allocations and spectrum valuation. Find out more on www.Coleago.co.uk
Janette Stewart, Analysys Mason - Presentation from Analysys Mason (Qualcomm study) for SPF 140217
Presented at the Cluster 1/4 UK Spectrum Policy Forum meeting
More information is available http://www.techuk.org/about/uk-spectrum-policy-forum
Using lo rawan and vibration monitoring for predictive maintenance v2Actility
In order to help manufacturers implement predictive maintenance solutions to anticipate defects in industrial equipment as early as possible, Actility joined forces with industry leaders NKE Watteco and WMW and created an end-to-end IoT Solution for Predictive Maintenance by Vibration Monitoring, using BOB ASSISTANT sensor from NKE Watteco to analyze the vibration and temperature of process equipment, the LoRaWAN Network Server Backend from Actility and the WMW IoT Web/Mobile Application Interface.
Fixed Broadband Business Case - Short VersionAndre Fourie
The revenue that can be generated by an LTE base station is influenced by the quality of the signal received by the customer premise equipment (CPE). Most CPE come with omni-directional indoor antennas, but have provision for the connection to external antennas.
Substituting the indoor antennas for directional outdoor antennas has a marked effect on the data transfer speeds of the network. There are two reasons for this. Firstly, outdoor antennas are physically larger than their indoor counterparts and thus have a higher gain. The increase in antenna gain translates directly to an increase in received signal strength. The second advantage is that the outdoor antenna sits in an environment that has much better propagating properties than the indoor antenna. Tests have shown that data speeds 3-5 times faster are possible using external antennas compared to indoor antennas.
It is shown, using a primitive financial model that fairly large financial gains can be made by equipping CPE devices with external antennas. The summary financial effects below are well backed up by real life case studies and theory which interested readers can read in the remainder of this document.
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1. A Business Case Study for a Cognitive Radio System based on a Wireless Sensor Network Pål Grønsund, Ole Grøndalen, Markku L ä hteenoja CRSM 2010, IBBT-MIT Brussels, November 22nd, 2010 Spectrum owner 1 Spectrum owner 2 Spectrum owner N Joint venture system operator
3. The SENDORA concept can be described as a "Sensor Network aided Cognitive Radio" technology Primary Network Cognitive Network Wireless Sensor Network queries on spectrum status reports on spectrum status
4. The SENDORA system architecture has 3 main parts: sensor network, communication network and fusion centre
5. The remainder of this presentation will focus on an example of a SENDORA business case for a “Joint Venture” Overview of the business case for a “Joint Venture” Introduction to Cash Flow analysis and business case assumptions Cash Flow results and sensitivity analysis Cash Flow Customers Revenue OPEX Cost CAPEX Sensors and fusion centre Cognitive functionalities New sites Customer acquisition Operation & maintenance Site rental
6. A set of spectrum owners establishes a “Joint Venture” that gets the right to use its owners unused spectrum At least one of the owners is an operator having a cellular infrastructure in the area Spectrum owner 1 Spectrum owner 2 Spectrum owner N Joint venture SENDORA system operator
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9. NOTE! SENDORA is an innovative concept and much research and development remains before commercial realizations will appear => the input data for the business case is uncertain => the results give indications, not definite answers or strong conclusions
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Editor's Notes
The sensor network identifies ”spectrum holes” with higher detection confidence The sensor network provides improved protection of primary networks with good interference control The capacity of the cognitive radio network is improved due to better detection of spectrum holes and interference control
NPV (Net present value) is the sum of a series of cash flows (revenues subtracted by costs), when discounted to the present value. NPV is the most important criteria when defining the profitability of the project. IRR (Internal rate of return) is the discount rate, that gives NPV = 0. The higher the IRR is, the better the project is. Assuming all other factors are equal among various projects, the project with the highest IRR would probably be considered the best.
