Luận văn thạc sĩ study on internet of things nghiên cứu về internet của vạn vật

M2M - Machine to Machine MCU - Microcontroller MOTT - Message Queuing Telemetry Transport NFC - Near Field Communication PaaS - plalfortn as a service PAN - Personal Arca Network REST

TOÃO FILITPE OFIGO

STUDY ON INTERNET OF THINGS

MASTER OF SCIENCE

HANOI — 2016

AND TECHNOLOGY

JOAO FILIPE OFIGO

STUDY ON INTERNET OF TITINGS

MAJOR : ‘TELECOMMUNICA TIONS

MASTER TIIESIS IN SCIENCE

SCIENTIFIC SUPERVISOR:

Tr TRƯƠNG THU HƯƠNG

Hà Nội — 2016

CỘNG HÒA XÃ HỘI CHỦ NGHĨA VIỆT NAM

Độc lận— Tự do— Hạnh phúc

BẢN XÁC NHẬN CHỈNH SỬA LUẬN VĂN THẠC SĨ

Ho va tén tae gia ludn van : Jodo Filipe Ofigo

TP tài luận hiển cứu về internet của Van vật

Chuyên ngành: Kỹ thuật viễn thông

Mã số SV: CB141072

Tác giả, Người hướng dẫn khoa học và Hội đồng chấm luận văn xác nhận tác

giả đã sửa chữa, bỏ sung luận văn theo biên bản họp Hội đồng ngảy 24/08/2016 Yới các nội dung, sau:

1) Thay đỗi đoạn 3.2 thành “M2M standard and protocols”

2) Luan an đã gần như tuân theo đúng chuẩn yêu cầu của một luận ân thạc sĩ

cần có Nhưng gác liên kết giữa các tiểu mục tong luận án cần được chính sửa chính xác hơn

3) Cần thay đổi tiêu để của luận án thành “Nghiên cửu về internet của Vạn

val”

4) Cần xem xét và chính sữa các lỗi ngữ pháp trong luận án

Ngày 26 tháng 08 năm 2016

CHỦ TỊCH HỘI ĐÔNG

PGS.TS Nguyễn Hữn Thanh

#igure 2.6: Electric Imp and Thủng Spealc LeT [14] -.- sec LÔ Figure 2.7: Digital Service Cloud IoT foundation [10] - - 17

Figure 2.8: Dala streaming from Galeway to cloud by Armazon Kinesis [10] 18

Figure 2.9: À4Icrosoft lợi foandation [1 5] ào cseecesree 20

Tigure 2.12: Applications of IøT [6] - co 02ctceesrrecee 33

Figure 3.1: Three basic stages of M2M technology [26] - - 36

Figure 3.2: M2M Protocot Stack and Techricat Challenges |29} 42 Figure 3.3: Architecture of M2M system [30] 45

Figure 3.4: Examples of components of M2M system [30] 45

Figure 4.1; House design with distribution of the smart devices im cach area

Figure 4.2: Structure of the Internet of ‘Things sysiem "

Figure 4.4: PIR S€TSOF nh Hh HH Home sine

Figure 4.5; Raspberry Pi 3 [33] tennis ã" SA

Figure 4.7: Connection diagram of Arduino LED and Motion sensor [38] 57

Figure 1.8: Bluetooth connection hetween smart devices with Gateway 68

Wigure 4.10: PLR sensor data à che —

Figure 4.12: Login [or aecess the interface RockMongo - - 73

M2M - Machine to Machine

MCU - Microcontroller

MOTT - Message Queuing Telemetry Transport

NFC - Near Field Communication

PaaS - plalfortn as a service

PAN - Personal Arca Network

REST - Representation State Transfer

RF - Radio Frequency

RF4CE - Radio Frequency for Consumer Electronics

RFTD- Radio frequency Indentification

ROM - Read-Only Memory

RTOS — Real Tine Operating System

TCP - Transmission Control Protocol

TIA - Telecommunications Industry Association

‘UDP - User Datagram Protocol

‘UL- Unique Identifier

URL - Universal Resource Locator

WiMAX - Worldwide Interoperability for Microwave Access

WPAN - Wireless Personal Area Network

WSN - Wireless Sensor Network

XML- Extensible Markup Language

ABSTRACT

‘this work aims to explain the concepts of the M2M communication and lol’ comecpl, reference mudels, archileclures and protocols used in the Internet of

‘Things My thesis intends to give an overview on the Internet of ‘Things, as well as

helps beginners build Internet of Things applications by their own

In this research, the IoT and M2M communication will be discussed, terms that

have arisen with the creation of devices that can access the network to communicate

and exchange information ‘Those can optimize and facilitate tasks like collecting

information of things and of the environments where they are

The implementation of this thesis aims to build an infrastructure for an IoT

ecosystem with the server responsible for collecting, stormg dala and also to allow

the viewing of the data generated by the motion sensors and cloud, which are

responsible for light monitoring Despite some difficulties encountered during the work, the defined goals were mel.

me during my master degree study abroad Without their support, I could not have

had the opportunity to even start my studies.

me during my master degree study abroad Without their support, I could not have

had the opportunity to even start my studies.

#igure 2.6: Electric Imp and Thủng Spealc LeT [14] -.- sec LÔ Figure 2.7: Digital Service Cloud IoT foundation [10] - - 17

Figure 2.8: Dala streaming from Galeway to cloud by Armazon Kinesis [10] 18

Figure 2.9: À4Icrosoft lợi foandation [1 5] ào cseecesree 20

Tigure 2.12: Applications of IøT [6] - co 02ctceesrrecee 33

Figure 3.1: Three basic stages of M2M technology [26] - - 36

Figure 3.2: M2M Protocot Stack and Techricat Challenges |29} 42 Figure 3.3: Architecture of M2M system [30] 45

Figure 3.4: Examples of components of M2M system [30] 45

Figure 4.1; House design with distribution of the smart devices im cach area

Figure 4.2: Structure of the Internet of ‘Things sysiem "

Figure 4.4: PIR S€TSOF nh Hh HH Home sine

Figure 4.5; Raspberry Pi 3 [33] tennis ã" SA

Figure 4.7: Connection diagram of Arduino LED and Motion sensor [38] 57

Figure 1.8: Bluetooth connection hetween smart devices with Gateway 68

Wigure 4.10: PLR sensor data à che —

Figure 4.12: Login [or aecess the interface RockMongo - - 73

ABSTRACT

‘this work aims to explain the concepts of the M2M communication and lol’ comecpl, reference mudels, archileclures and protocols used in the Internet of

‘Things My thesis intends to give an overview on the Internet of ‘Things, as well as

helps beginners build Internet of Things applications by their own

In this research, the IoT and M2M communication will be discussed, terms that

have arisen with the creation of devices that can access the network to communicate

and exchange information ‘Those can optimize and facilitate tasks like collecting

information of things and of the environments where they are

The implementation of this thesis aims to build an infrastructure for an IoT

ecosystem with the server responsible for collecting, stormg dala and also to allow

the viewing of the data generated by the motion sensors and cloud, which are

responsible for light monitoring Despite some difficulties encountered during the work, the defined goals were mel.

Figure 4.13: Intorface RockKMongo (mauagement softwaro MongoDB)

dS

Vigure 4.14: Testbed for the Usecase 1loosysleTa

in

me during my master degree study abroad Without their support, I could not have

had the opportunity to even start my studies.

M2M - Machine to Machine

MCU - Microcontroller

MOTT - Message Queuing Telemetry Transport

NFC - Near Field Communication

PaaS - plalfortn as a service

PAN - Personal Arca Network

REST - Representation State Transfer

RF - Radio Frequency

RF4CE - Radio Frequency for Consumer Electronics

RFTD- Radio frequency Indentification

ROM - Read-Only Memory

RTOS — Real Tine Operating System

TCP - Transmission Control Protocol

TIA - Telecommunications Industry Association

‘UDP - User Datagram Protocol

‘UL- Unique Identifier

URL - Universal Resource Locator

WiMAX - Worldwide Interoperability for Microwave Access

WPAN - Wireless Personal Area Network

WSN - Wireless Sensor Network

XML- Extensible Markup Language

me during my master degree study abroad Without their support, I could not have

had the opportunity to even start my studies.

Figure 4.13: Intorface RockKMongo (mauagement softwaro MongoDB)

dS

Vigure 4.14: Testbed for the Usecase 1loosysleTa

in

#igure 2.6: Electric Imp and Thủng Spealc LeT [14] -.- sec LÔ Figure 2.7: Digital Service Cloud IoT foundation [10] - - 17

Figure 2.8: Dala streaming from Galeway to cloud by Armazon Kinesis [10] 18

Figure 2.9: À4Icrosoft lợi foandation [1 5] ào cseecesree 20

Tigure 2.12: Applications of IøT [6] - co 02ctceesrrecee 33

Figure 3.1: Three basic stages of M2M technology [26] - - 36

Figure 3.2: M2M Protocot Stack and Techricat Challenges |29} 42 Figure 3.3: Architecture of M2M system [30] 45

Figure 3.4: Examples of components of M2M system [30] 45

Figure 4.1; House design with distribution of the smart devices im cach area

Figure 4.2: Structure of the Internet of ‘Things sysiem "

Figure 4.4: PIR S€TSOF nh Hh HH Home sine

Figure 4.5; Raspberry Pi 3 [33] tennis ã" SA

Figure 4.7: Connection diagram of Arduino LED and Motion sensor [38] 57

Figure 1.8: Bluetooth connection hetween smart devices with Gateway 68

Wigure 4.10: PLR sensor data à che —

Figure 4.12: Login [or aecess the interface RockMongo - - 73

ABSTRACT

‘this work aims to explain the concepts of the M2M communication and lol’ comecpl, reference mudels, archileclures and protocols used in the Internet of

‘Things My thesis intends to give an overview on the Internet of ‘Things, as well as

helps beginners build Internet of Things applications by their own

In this research, the IoT and M2M communication will be discussed, terms that

have arisen with the creation of devices that can access the network to communicate

and exchange information ‘Those can optimize and facilitate tasks like collecting

information of things and of the environments where they are

The implementation of this thesis aims to build an infrastructure for an IoT

ecosystem with the server responsible for collecting, stormg dala and also to allow

the viewing of the data generated by the motion sensors and cloud, which are

responsible for light monitoring Despite some difficulties encountered during the work, the defined goals were mel.

M2M - Machine to Machine

MCU - Microcontroller

MOTT - Message Queuing Telemetry Transport

NFC - Near Field Communication

PaaS - plalfortn as a service

PAN - Personal Arca Network

REST - Representation State Transfer

RF - Radio Frequency

RF4CE - Radio Frequency for Consumer Electronics

RFTD- Radio frequency Indentification

ROM - Read-Only Memory

RTOS — Real Tine Operating System

TCP - Transmission Control Protocol

TIA - Telecommunications Industry Association

‘UDP - User Datagram Protocol

‘UL- Unique Identifier

URL - Universal Resource Locator

WiMAX - Worldwide Interoperability for Microwave Access

WPAN - Wireless Personal Area Network

WSN - Wireless Sensor Network

XML- Extensible Markup Language

me during my master degree study abroad Without their support, I could not have

had the opportunity to even start my studies.

M2M - Machine to Machine

MCU - Microcontroller

MOTT - Message Queuing Telemetry Transport

NFC - Near Field Communication

PaaS - plalfortn as a service

PAN - Personal Arca Network

REST - Representation State Transfer

RF - Radio Frequency

RF4CE - Radio Frequency for Consumer Electronics

RFTD- Radio frequency Indentification

ROM - Read-Only Memory

RTOS — Real Tine Operating System

TCP - Transmission Control Protocol

TIA - Telecommunications Industry Association

‘UDP - User Datagram Protocol

‘UL- Unique Identifier

URL - Universal Resource Locator

WiMAX - Worldwide Interoperability for Microwave Access

WPAN - Wireless Personal Area Network

WSN - Wireless Sensor Network

XML- Extensible Markup Language

Figure 4.13: Intorface RockKMongo (mauagement softwaro MongoDB)

dS

Vigure 4.14: Testbed for the Usecase 1loosysleTa

in

ABSTRACT

‘this work aims to explain the concepts of the M2M communication and lol’ comecpl, reference mudels, archileclures and protocols used in the Internet of

‘Things My thesis intends to give an overview on the Internet of ‘Things, as well as

helps beginners build Internet of Things applications by their own

In this research, the IoT and M2M communication will be discussed, terms that

have arisen with the creation of devices that can access the network to communicate

and exchange information ‘Those can optimize and facilitate tasks like collecting

information of things and of the environments where they are

The implementation of this thesis aims to build an infrastructure for an IoT

ecosystem with the server responsible for collecting, stormg dala and also to allow

the viewing of the data generated by the motion sensors and cloud, which are

responsible for light monitoring Despite some difficulties encountered during the work, the defined goals were mel.

M2M - Machine to Machine

MCU - Microcontroller

MOTT - Message Queuing Telemetry Transport

NFC - Near Field Communication

PaaS - plalfortn as a service

PAN - Personal Arca Network

REST - Representation State Transfer

RF - Radio Frequency

RF4CE - Radio Frequency for Consumer Electronics

RFTD- Radio frequency Indentification

ROM - Read-Only Memory

RTOS — Real Tine Operating System

TCP - Transmission Control Protocol

TIA - Telecommunications Industry Association

‘UDP - User Datagram Protocol

‘UL- Unique Identifier

URL - Universal Resource Locator

WiMAX - Worldwide Interoperability for Microwave Access

WPAN - Wireless Personal Area Network

WSN - Wireless Sensor Network

XML- Extensible Markup Language

#igure 2.6: Electric Imp and Thủng Spealc LeT [14] -.- sec LÔ Figure 2.7: Digital Service Cloud IoT foundation [10] - - 17

Figure 2.8: Dala streaming from Galeway to cloud by Armazon Kinesis [10] 18

Figure 2.9: À4Icrosoft lợi foandation [1 5] ào cseecesree 20

Tigure 2.12: Applications of IøT [6] - co 02ctceesrrecee 33

Figure 3.1: Three basic stages of M2M technology [26] - - 36

Figure 3.2: M2M Protocot Stack and Techricat Challenges |29} 42 Figure 3.3: Architecture of M2M system [30] 45

Figure 3.4: Examples of components of M2M system [30] 45

Figure 4.1; House design with distribution of the smart devices im cach area

Figure 4.2: Structure of the Internet of ‘Things sysiem "

Figure 4.4: PIR S€TSOF nh Hh HH Home sine

Figure 4.5; Raspberry Pi 3 [33] tennis ã" SA

Figure 4.7: Connection diagram of Arduino LED and Motion sensor [38] 57

Figure 1.8: Bluetooth connection hetween smart devices with Gateway 68

Wigure 4.10: PLR sensor data à che —

Figure 4.12: Login [or aecess the interface RockMongo - - 73

M2M - Machine to Machine

MCU - Microcontroller

MOTT - Message Queuing Telemetry Transport

NFC - Near Field Communication

PaaS - plalfortn as a service

PAN - Personal Arca Network

REST - Representation State Transfer

RF - Radio Frequency

RF4CE - Radio Frequency for Consumer Electronics

RFTD- Radio frequency Indentification

ROM - Read-Only Memory

RTOS — Real Tine Operating System

TCP - Transmission Control Protocol

TIA - Telecommunications Industry Association

‘UDP - User Datagram Protocol

‘UL- Unique Identifier

URL - Universal Resource Locator

WiMAX - Worldwide Interoperability for Microwave Access

WPAN - Wireless Personal Area Network

WSN - Wireless Sensor Network

XML- Extensible Markup Language

ABSTRACT

‘this work aims to explain the concepts of the M2M communication and lol’ comecpl, reference mudels, archileclures and protocols used in the Internet of

‘Things My thesis intends to give an overview on the Internet of ‘Things, as well as

helps beginners build Internet of Things applications by their own

In this research, the IoT and M2M communication will be discussed, terms that

have arisen with the creation of devices that can access the network to communicate

and exchange information ‘Those can optimize and facilitate tasks like collecting

information of things and of the environments where they are

The implementation of this thesis aims to build an infrastructure for an IoT

ecosystem with the server responsible for collecting, stormg dala and also to allow

the viewing of the data generated by the motion sensors and cloud, which are

responsible for light monitoring Despite some difficulties encountered during the work, the defined goals were mel.

LIST OF ACRONYMS

GLOWPAN - IPvG over Low-power Wireless Personal Arca Networks

API- Application Programming Interface

ARAT — Active Reader active lap,

AWS -— Amazon Web Service

BLE - Bluetooth Low Frergy

BSS - Billing Support sysiem

CoAP - Constrained Application Protocol

DSC - Digital service cloud

DSI - Digital Subscriber Tine

FC2 — amazon Cloud Compute

ETSI - European Telecommurncalions Standards Institute

GSM - The Global System for Mobile Communication

IITTP - Uyper-Text Transfer Protocol

IEEE — Institute of electrical and electronics Engineers

IETF — Internet Engineering Task Force

IoT - Internet of Things

1Ð - Internet Protocol

IPvG - Internet Protocol version 6

ISM - Industrial, Scientific and Medical radio band

ISON - JavaScript Object Notation

LAN- Loval Area Network

LYE - Long-Term Evolution

iv

LIST OF ACRONYMS

GLOWPAN - IPvG over Low-power Wireless Personal Arca Networks

API- Application Programming Interface

ARAT — Active Reader active lap,

AWS -— Amazon Web Service

BLE - Bluetooth Low Frergy

BSS - Billing Support sysiem

CoAP - Constrained Application Protocol

DSC - Digital service cloud

DSI - Digital Subscriber Tine

FC2 — amazon Cloud Compute

ETSI - European Telecommurncalions Standards Institute

GSM - The Global System for Mobile Communication

IITTP - Uyper-Text Transfer Protocol

IEEE — Institute of electrical and electronics Engineers

IETF — Internet Engineering Task Force

IoT - Internet of Things

1Ð - Internet Protocol

IPvG - Internet Protocol version 6

ISM - Industrial, Scientific and Medical radio band

ISON - JavaScript Object Notation

LAN- Loval Area Network

LYE - Long-Term Evolution

iv

ABSTRACT

‘this work aims to explain the concepts of the M2M communication and lol’ comecpl, reference mudels, archileclures and protocols used in the Internet of

‘Things My thesis intends to give an overview on the Internet of ‘Things, as well as

helps beginners build Internet of Things applications by their own

In this research, the IoT and M2M communication will be discussed, terms that

have arisen with the creation of devices that can access the network to communicate

and exchange information ‘Those can optimize and facilitate tasks like collecting

information of things and of the environments where they are

The implementation of this thesis aims to build an infrastructure for an IoT

ecosystem with the server responsible for collecting, stormg dala and also to allow

the viewing of the data generated by the motion sensors and cloud, which are

responsible for light monitoring Despite some difficulties encountered during the work, the defined goals were mel.

LIST OF ACRONYMS

GLOWPAN - IPvG over Low-power Wireless Personal Arca Networks

API- Application Programming Interface

ARAT — Active Reader active lap,

AWS -— Amazon Web Service

BLE - Bluetooth Low Frergy

BSS - Billing Support sysiem

CoAP - Constrained Application Protocol

DSC - Digital service cloud

DSI - Digital Subscriber Tine

FC2 — amazon Cloud Compute

ETSI - European Telecommurncalions Standards Institute

GSM - The Global System for Mobile Communication

IITTP - Uyper-Text Transfer Protocol

IEEE — Institute of electrical and electronics Engineers

IETF — Internet Engineering Task Force

IoT - Internet of Things

1Ð - Internet Protocol

IPvG - Internet Protocol version 6

ISM - Industrial, Scientific and Medical radio band

ISON - JavaScript Object Notation

LAN- Loval Area Network

LYE - Long-Term Evolution

iv

me during my master degree study abroad Without their support, I could not have

had the opportunity to even start my studies.

#igure 2.6: Electric Imp and Thủng Spealc LeT [14] -.- sec LÔ Figure 2.7: Digital Service Cloud IoT foundation [10] - - 17

Figure 2.8: Dala streaming from Galeway to cloud by Armazon Kinesis [10] 18

Figure 2.9: À4Icrosoft lợi foandation [1 5] ào cseecesree 20

Tigure 2.12: Applications of IøT [6] - co 02ctceesrrecee 33

Figure 3.1: Three basic stages of M2M technology [26] - - 36

Figure 3.2: M2M Protocot Stack and Techricat Challenges |29} 42 Figure 3.3: Architecture of M2M system [30] 45

Figure 3.4: Examples of components of M2M system [30] 45

Figure 4.1; House design with distribution of the smart devices im cach area

Figure 4.2: Structure of the Internet of ‘Things sysiem "

Figure 4.4: PIR S€TSOF nh Hh HH Home sine

Figure 4.5; Raspberry Pi 3 [33] tennis ã" SA

Figure 4.7: Connection diagram of Arduino LED and Motion sensor [38] 57

Figure 1.8: Bluetooth connection hetween smart devices with Gateway 68

Wigure 4.10: PLR sensor data à che —

Figure 4.12: Login [or aecess the interface RockMongo - - 73

Figure 4.13: Intorface RockKMongo (mauagement softwaro MongoDB)

dS

Vigure 4.14: Testbed for the Usecase 1loosysleTa

in