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Pro:Wesam communications hardware, processors and other components. IoT

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Pro:Wesam
Almobaideen

Comuter Science
Department

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Amman – Jordan

[email protected]

The
student: Amani Qazaq

 

Introduction: in a nearby future 5G technologies
hold the promise to revolutionize the concept of an expected IOT paradigm. This
IOT/5G integration will based on seamless interactions between billion of
devices in heterogenous network. This evolution will play a key role in
expansion of big data and focus to realizing the main smart environment based
applications that used the IOT/5G integration. This is a special section
focuses on the challenges to have IOT/5G integration on big data.

Discussion
and problem statement:

 

The 5G/IOT
integration is one of the most topic that all researchers read and write in. A
lot of communication paradigms that can provide the potential of unlimited
integration between 5G and IOT. The main IOT applications are proposed now in
healthcare, wearable, transportations and so on and have some good
recommendations to use it.

My observation – to
build a better-connected world – is the biggest mistake you can make is to
connect them for show off more than for work. 
We need the framework to start working on it, so I suggest: we do not
talk about just 5G, IOT, devices, wearables, mobiles, pcs and so on, we need to
put the human in the middle and let them use tools, forms, screens and machine
learning to feel intelligence everywhere and deliver the services anytime, anywhere
for anyone. By using software with fully tools to connect all the diversity OS
and devices together. A little of researchers are talking about the
end-user-software. The innovation of self-driving cars is one of the big
application that far from end-users, its only own for big companies. We want
more logical methods to be fully self-organizing with end to end user’s
intelligence applications and network behavior intelligence.

 

The
solution is offering a whole range of end-to-end system and embedded software
development services for many levels, starting from: Chip Level Programming and
processors, Embedded Software, Firmware/APIs Development, Big Data and Cloud
Solutions, SDK Development and SDK platform tools, Mobility etc. to achieve the
IOT/5G integration.

 

 

 

IoT system structure

 

+ +    +

 

 

1.   
IOT DEVICES:
IoT devices collect data using sensors, transmit and receive data,
communications hardware, processors and other components. IoT devices can be
controlled externally or perform intelligent actions on their own using the
collected data.

2.  
IOT GATEWAYS:
Using IoT Gateways help to connect IoT devices to the Internet and, in the
final: make it possible to interact with them.

3.  
CLOUD/SERVER INFRASTRUCTURE
& BIG DATA:
Using Big Data analytics engine it is possible to gather and securely process
the data within the “cloud”. In the final, this data can be used to achieve
actions and send several kinds of signals to IoT devices.

4.  
END-USER APPLICATIONS:
Applications with intelligent user-interfaces help end-users interact with IoT
devices, to control and monitor them and perform the tasks.

 

IOT TECHNOLOGIES

This Solution has professionals offer strong
technical expertise, ingenuity and innovative methods to solving business
problems. So this solution has to using the following technologies:

 

 

WIRELESS TECHNOLOGIES

802.11, 802.15.4, CDMA, GSM, LTE Zigbee,
Bluetooth, BLE,

TCP/IP PROTOCOLS

Sockets, IPv4, IPv6, QOS, SNMP,
IMAP, TCP, UDP, ICMP, POP3, IPMI.

AUTHORIZATION & AUTHENTICATION TECHNOLOGIES

Oauth2, PAM, LDAP

NETWORK TECHNOLOGIES

Ethernet, CAN, rs485/rs422/rs232,
1-wire, i2c, SPI, ModBus/MudBusRTU, IPMI, iSCSI

MOBILE TECHNOLOGIES

Android SDK, Qt, iOS SDK, Objective
C, Java, Swift

PLATFORMS AND CPU ARCHITECTURES

ARM, X86, PowerPC, AVR, PIC

WEB SERVICE TECHNOLOGIES

SOAP, REST, WSDL, XML, JSON, UDDI,
WebSockets

PROTOCOL TECHNOLOGIES

HTTP, JMS, AMQP, D-Bus

PROGRAM / SCRIPTING LANGUAGES

Java, C/C++, C#, JavaScript, Ruby,
Groovy, Python, Tcl/Tk, ASM, Bash

 

 

the solution offeres:

·        
Firmware development – it’s able
to offer full-cycle firmware development service for any IoT devices from
requirements to architecture design and implementation. This includes
development and adjustment of units for numerous peripheral hardware
components.

·        
Middleware development for IoT
systems – it’s able to afford middleware solutions such as web servers,
integration to ensure unchanging and secure connections between IoT devices,
data processing software and different user applications.

·        
Human machine interfaces (HMI) – it’s able
to develop and design custom interface, control monitors and touch pads, so all
the important data will be available at your fingertips or face recognition.
Using these interfaces will enable you to send notifications, gather
information or control the operation of smart devices that we have.

·        
End-user applications – it’s able
to implement interactive user-interfaces and real-time dashboards based on the
up-to-date ways in web and mobile technology. And managing accounts to
monitoring IoT devices.

 

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