Integrating Cost-231 Multiwall Propagation and Adaptive Data Rate Method for Access Point Placement Recommendation

A new approach has been developed to provide an overview about signal behavior in indoor environments using Cost-231 Multiwall Model (Cost-231 MWM) and Adaptive Data Rate (ADR) method. This approach used as a reference for access point (AP) placement for campus building. The Cost-231 MWM plays a rol...

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Bibliographic Details
Published in:International journal of advanced computer science & applications 2021, Vol.12 (4)
Main Authors: Mukti, Fransiska Sisilia, Dani, Puput, Arman, Dwi, Sihombing, Volvo, Rahanra, Nicodemus, Yuliawan, Kristia, Simatupang, Julianto
Format: Article
Language:English
Subjects:
Antennas
Attenuation
Barriers
Communication
Computer engineering
Computer science
Floors
Indoor environments
Informatics
Placement
Propagation
Receivers & amplifiers
Signal strength
Transmitters
Wireless networks
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Summary:A new approach has been developed to provide an overview about signal behavior in indoor environments using Cost-231 Multiwall Model (Cost-231 MWM) and Adaptive Data Rate (ADR) method. This approach used as a reference for access point (AP) placement for campus building. The Cost-231 MWM plays a role in estimating the measured power received by user (usually called as Received Signal Strength Indicator/RSSI) by considering the existence of obstacles around the transmitter (AP). We used Institut Asia Malang environments as the case study and gave some recommendations for AP placement: ten optimal placements for the first, third and fourth floor, also seven optimal placements for the second floor. These recommendations were based on the RSSI for good and excellent level signal (-50 dBm until -10dBm). This research also uses the Adaptive Data Rate (ADR) mechanism approach to reduce the amount of packet loss (kbps) resulting from obstacles that cause attenuation (-dB). With the Adaptive Data Rate mechanism, it means increasing the number of access points, the signal attenuation (-dB) occurs from the obstacles (Walls) that are penetrated by the Radio Frequency device and causes attenuation (-dB), the more Access points on the Multi-Wall, will allow communication and data transmitting stability.
ISSN:2158-107X
2156-5570
DOI:10.14569/IJACSA.2021.0120494