This paper proposes a new spectrum forecasting (SF) model to estimate the spectrum demands for future mobile broadband (MBB) services. The model requires five main input metrics, that is, the current available spectrum, site number growth, mobile data traffic growth, average network utilization, and spectrum efficiency growth. Using the proposed SF model, the future MBB spectrum demand for Malaysia in 2020 is forecasted based on the input market data of four major mobile telecommunication operators represented by A–D, which account for approximately 95% of the local mobile market share. Statistical data to generate the five input metrics were obtained from prominent agencies, such as the Malaysian Communications and Multimedia Commission, O...
Increased demand of consumers on services in the mobile environment with high data rate and technol...
In order to satisfy the spectrum requirements of the future international mobile telecommunication (...
The popularity of mobile broadband connectivity continues to grow and thus, the future wireless netw...
This paper proposes a new spectrum forecasting (SF) model to estimate the spectrum demands for futur...
The world is moving towards a future where it needs enough spectrum to fulfill its ever increasing t...
The ITU spectrum requirement calculation methodology for the future development of IMT-2000 and IMT-...
The spectrum management implications of the growth in demand for mobile broadband capacity continue ...
This is the first in a series of papers signalling the ACMA\u27s intention to develop a future spect...
Forecasting the demand of telecommunication technologies is a crucial task for authorised spectrum m...
[[abstract]]With the mobile broadband spectrum allocation for 5G completed in 2020 around the world,...
The Australian Communications and Media Authority (the ACMA) has been monitoring trends in mobile b...
The Next Generation of mobile network 5G, which will be based on a high-speed wireless broadband con...
The increasing reliance on radiocommunication-based technologies and the immense opportunities for s...
The ITU spectrum calculation methodology uses a limited set of market study parameters to characteri...
This data set represents the analysis results and the raw data from a study in Thailand to demonstra...
Increased demand of consumers on services in the mobile environment with high data rate and technol...
In order to satisfy the spectrum requirements of the future international mobile telecommunication (...
The popularity of mobile broadband connectivity continues to grow and thus, the future wireless netw...
This paper proposes a new spectrum forecasting (SF) model to estimate the spectrum demands for futur...
The world is moving towards a future where it needs enough spectrum to fulfill its ever increasing t...
The ITU spectrum requirement calculation methodology for the future development of IMT-2000 and IMT-...
The spectrum management implications of the growth in demand for mobile broadband capacity continue ...
This is the first in a series of papers signalling the ACMA\u27s intention to develop a future spect...
Forecasting the demand of telecommunication technologies is a crucial task for authorised spectrum m...
[[abstract]]With the mobile broadband spectrum allocation for 5G completed in 2020 around the world,...
The Australian Communications and Media Authority (the ACMA) has been monitoring trends in mobile b...
The Next Generation of mobile network 5G, which will be based on a high-speed wireless broadband con...
The increasing reliance on radiocommunication-based technologies and the immense opportunities for s...
The ITU spectrum calculation methodology uses a limited set of market study parameters to characteri...
This data set represents the analysis results and the raw data from a study in Thailand to demonstra...
Increased demand of consumers on services in the mobile environment with high data rate and technol...
In order to satisfy the spectrum requirements of the future international mobile telecommunication (...
The popularity of mobile broadband connectivity continues to grow and thus, the future wireless netw...