WIRELSS TECHNOLOGIES [BY NAME] [INSTITUIONAL AFFLIATION] [DATE].

WIRELSS TECHNOLOGIES
[BY NAME]
[INSTITUIONAL AFFLIATION]
[DATE]

Contents
• High Speed Wifi
• Blueetooth smart
• Apple iBeacon
• Cisco Intelligent Proximity
• LTE
• NFC
• RFID
• ZigBee

High Speed Wifi
• Ultra-fast technology that uses short
range wireless protocols for networking
• Data rate of upto 8 Gps
• 1Gps over a maxium 33 feet distant
• Extends the Wifi frequency portfolio to
60Ghz

Bluetooth Smart
• Low power Bluetooth technology
• Longer battery life
• Enhances the blueetooth range
• Smart modes of ultra peal, average and
idle
• Low cost of implementation

Bluetooth Smart Cont…
• Vendor interoperatbilty
• Longer device life

iBeacon
• Apple vendor specific implementation of
low energy bluetooth
• First shipped with Ios7
• Better for indoor mappings
• Used majorly in mobile payment and
shop analytics

Cisco Intelligent Proximity
• Launched by Cisco for proximity voice
and proxity sharing of contents
• Enable multidevice files synching
• Controlling of network endpoint from
mobo device (Alfaqawi, Chebil, Habaebi, &
Datla, 2016)

LTE
• Next Gen mobo broadband technology
• Have support for legacy technology
• Cost efficient to maintain
• Cover upto 30km
• Used to support web 2.0 multimedia
based network

NFC
• Uses short range but high frequency wireless
technology
• Communication get established by RFID chips
get into contact or close proxity of 10cm
• Simple to implement and maintain
• Mainly used in mobo and handheld gadges

RFID
• Uses radio reader to ID objects
• Uses tags to tranmit the ID attribute of the
object
• Majorly used in smart cards,supply
chains,passports and books
(Gray, Banhazi, & Kist, 2017)

SECURITY CONCERNS
• Identity theft
• Privacy leakages
• Phishing attacks
• Snipping

REFERENCES
• Alfaqawi, M. I. M., Chebil, J., Habaebi, M. H., & Datla, D. (2016). Wireless
distributed computing for cyclostationary feature detection. Digital
Communications and Networks, 2, 47–56. https://
doi.org/10.1016/j.dcan.2015.09.003
• Gray, J., Banhazi, T. M., & Kist, A. A. (2017). Wireless data management
system for environmental monitoring in livestock buildings. Information
Processing in Agriculture, 4, 1–17.
https://doi.org/10.1016/j.inpa.2016.12.001