Nur Syuhada AmirFauzun Abdullah AsuhaimiKhairul Nabilah Zainul Ariffin2024-05-312024-05-3120229789670001814https://pkausim.usim.edu.my/sais-2022/https://oarep.usim.edu.my/handle/123456789/18605E-Proceeding SAIS 2022 Seminar Antarabangsa Islam dan Sains 2022 : “Memimpin Integrasi Ilmu Naqli dan Aqli” /Editor: Noorfajri Ismail (Head) , Latifah Abdul Latiff , Zalika Adam, Syamila Mansor, Dzulkhairi Mohd Rani, Ahmad Fadly Nurullah Rasedee, Azman Ab Rahman, Nur Aina Abdulah, Manal Jusoh, Syed Najihuddin Syed Hassan 1 December 2022 \ Venue: Fakulti Perubatan dan Sains Kesihatan, USIM Organized by Persatuan Kakitangan Akademik Universiti Sains Islam Malaysia (PKAUSIM), Faculty of Syariah and Law, USIM and the Institute of Fatwa and Halal (iFFAH)The desire for greater bandwidth is a problem for all network operators as the number of devices and bandwidth-hungry applications grows. These requirements cannot be provided by existing 5G cellular connectivity because spectrum resources are few and constrained. The increasing network density and number of devices puts a higher amount of traffic burden on the base station, which must be offloaded in order to decrease latency and satisfy mobile device users. A resource allocation scheduling method may pave the way for the effective use of restricted resources, which fulfils the aim of cellular communication and helps to reduce delay. Thus, proper resource allocation scheduling in Terahertz communication is therefore responsible for reducing latency in a communication system as well as increasing data rate, throughput, and system sum-rate.en-USDelay, Terahertz Communication, Scheduling.Article949858