IMPLEMENTASI KEBIJAKAN SISTEM ZONASI PADA PENERIMAAN PESERTA DIDIK BARU (PPDB) 2019/2020 DI KOTA YOGYAKARTA

The acceptance of new students (PPDB) using the zoning system was first implemented in Yogyakarta in 2018/2019. This zoning system aims to equalize education and improve the quality of education. This research was conducted to find out how the zoning system policy in Yogyakarta city under the auspices of the Yogyakarta City Education Office. This research uses qualitative approach with case study method. The results of the study showed that the zoning system in Yogyakarta has changed from the previous year. In 2019/2020 the zoning system provides a 10% chance of superior seeds, 30% of school zones, 10% of poor learners, 40% of quality pathways, 5% of out-of-school zoning pathways, and 5% of special pathways such as prospective learners whose parents moved from other regions to Yogyakarta. With this zoning system, the whole community has the opportunity to get a good quality education.

Towards Energy Harvesting and Congestion Control in Routing Protocols Design of Underwater Sensor Networks

The most significant issues in Underwater Sensor Networks (UWSNs) is to develop such power aware and energy efficient schemes which enhance the network life-time and also limit the usage of energy in net data transmission. This dissertation presents two routing protocols for UWSNs which are compared with the previously designed schemes. In the first scenario, we have proposed a routing protocol called Energy Harvesting in UWSNs (EH-UWSNs). This protocol proves to be a compact, energy proficient and high throughput routing scheme for UWSNs. In this proposed protocol architecture, we present Energy Harvesting with the cooperative transmission of data packets utilizing relay sensors. Through Energy Harvesting, the sensors recharge their batteries from the environment and forward information utilizing cooperation procedure, limiting power usage along-with reliable data delivery. At the final receiving node, the combining approach used is based on Signal-to-Noise Ratio (SNR). Simulation results of EH-UWSNs scheme indicate better outcomes in terms of energy consumption, end-to-end delay and network lifetime in contrast with the Co-UWSNs routing protocol. EHUWSNs have expanded substantially less energy when contrasted with Co-UWSNs along-with the information transmission. Also there is an intense need to design an optimized congestion control scheme which enhances the network life time and also controls the congestion of data packets. The second scheme which we have presented is called Dist-Coop (Distributed Cooperation with Towards energy harvesting and congestion control in routing protocols design of Underwater Sensor Networks by Malik Taimur Ali Page 2 Congestion Control) in UWSNs. It is a cooperation-based scheme which uses mechanism for optimized congestion control in noisy links of underwater. It is compact, energy proficient and high throughput opportunistic. The proposed scheme in this architecture is then compared with an existing scheme SPARCO and with our previously presented scheme EH-UWSNs. In literature, no such scheme existed which worked collectively on congestion control as well as energy consumption. Hence, the Dist-Coop protocol gave us promising results than previous schemes.