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The goal of this project is to set up an FPGA testbed capable of detecting nearby Bluetooth LE beacons and providing a position estimation based on the measured power. The previously developed digital baseband receiver block integrated in a processor system shall be used as a starting point. As a first step you will identify the information required to estimate the device's location and how it can be extracted from the measurements and results of the Bluetooth LE digital baseband block. Then you will develop the required software to interface the digital baseband block and if needed extend the hardware to provide additional functionalities. Finally you will develop the position calculation and a test set up to verify your implementation.
 
The goal of this project is to set up an FPGA testbed capable of detecting nearby Bluetooth LE beacons and providing a position estimation based on the measured power. The previously developed digital baseband receiver block integrated in a processor system shall be used as a starting point. As a first step you will identify the information required to estimate the device's location and how it can be extracted from the measurements and results of the Bluetooth LE digital baseband block. Then you will develop the required software to interface the digital baseband block and if needed extend the hardware to provide additional functionalities. Finally you will develop the position calculation and a test set up to verify your implementation.
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===Status: Available ===
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: Looking for 1-2 Semester/Master students
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: Contact: [[:User:Msalomon | Mauro Salomon]]
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===Prerequisites===
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: Interest in wireless communications
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: Knowledge in Matlab, C and/or VHDL is of advantage
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===Status: Completed ===
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: Fall Semester 2014 (sem13h2)
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: Matthias Baer, Renzo Andri
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===Status: In Progress ===
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: Supervision: [[:User:Lstefan | Stefan Lippuner]]
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===Character===
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: 30% Theory, Algorithms and Simulation
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: 20% Hardware Design (HLS/VHDL)
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: 50% FPGA Verification / ASIC implementation
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===Professor===
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[http://www.iis.ee.ethz.ch/people/person-detail.html?persid=78758 Qiuting Huang]
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== Related Projects==
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[[RF SoCs for the Internet of Things]]
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== References ==
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[1] Sierra Wireless. R1-131043: PBCH Correlation Decoder.
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[2] All about Wired and Wireless Technology. http://www.simpletechpost.com/2012/06/master-information-block-mib-in-lte.html.
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[[Category:Telecommunications]]
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[[Category:Master Thesis]]
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Latest revision as of 14:44, 15 May 2019

Indoor positioning using Bluetooth LE.

Introduction

The Internet of Things (IoT) is believed to connect tens of billion devices by the year 2020 making it one of the key drivers for the semi-conductor industry. Thereby, a major part of the IoT will consist of moving devices such as unmanned cars or drones. For these kinds of applications the knowledge of the current location is essential.

Solely relying on Global Navigation Satellite Systems (GNSS) such as GPS is insufficient, since these signals cannot be received indoors. Even though there is no well established technology yet, Bluetooth LE beacons are gaining interest as low cost solutions for indoor positioning. As a first step towards a Bluetooth LE modem with positioning support, a digital baseband receiver capable of detecting Bluetooth LE packets and estimating their received signal power was developed at IIS in previous projects.


Project Description

The goal of this project is to set up an FPGA testbed capable of detecting nearby Bluetooth LE beacons and providing a position estimation based on the measured power. The previously developed digital baseband receiver block integrated in a processor system shall be used as a starting point. As a first step you will identify the information required to estimate the device's location and how it can be extracted from the measurements and results of the Bluetooth LE digital baseband block. Then you will develop the required software to interface the digital baseband block and if needed extend the hardware to provide additional functionalities. Finally you will develop the position calculation and a test set up to verify your implementation.

Status: Available

Looking for 1-2 Semester/Master students
Contact: Mauro Salomon

Prerequisites

Interest in wireless communications
Knowledge in Matlab, C and/or VHDL is of advantage

Character

30% Theory, Algorithms and Simulation
20% Hardware Design (HLS/VHDL)
50% FPGA Verification / ASIC implementation


Professor

Qiuting Huang

↑ top

Related Projects

RF SoCs for the Internet of Things


↑ top