ASIC Design of a 32-bit Low Power RISC-V based System Core for Medical Applications

Kanase, Gopal; Nithin, M

doi:10.1109/icces51350.2021.9489067

Cited by 3 publications

(1 citation statement)

References 19 publications

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“…Analysis of the proposal system When analyzing the system used at Rohil Medika Clinic today, there are weaknesses in the manual method used at the Clinic. Furthermore, the needs of the new system were analyzed with recommendations for benefits according to the needs of the relevant agencies [29].…”

Section: Analysis and Design Phasementioning

confidence: 99%

Design a Patient Medical Record Application to Shorten Registration Time Using the Waterfall Model

Sandi Felicia,

Zaitun

2023

JURIT

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Health agencies need speed of information services and provide optimal service to customers. The patient medical record procedures at the Rohil Medika Clinic, from patient registration to making daily reports, still use a manual system, so activities are ineffective and inefficient. The research aims to produce a design for a Web-Based Patient Medical Record Application at the Rohil Medika Clinic, which makes monthly patient visit report information and patient medical record report information that aligns with the needs of the Rohil Medika Clinic. The data collection method was obtained by observing and interviewing Rohil Medika Clinic Leaders and other medical workers. Data processing begins with evaluating the Clinic's needs and then designing the system design, interface, system coding (implementation), and conducting system testing. The research results based on trials show that the application can handle patient administration, patient examinations, and patient medical records and save time searching patient data by up to 67.6% to 90.9%. Medical record applications also increase clinical services from 25 patients to 45 patients/day to 45 patients to 95 patients/day. The system can also provide information on daily and monthly patient visit reports, medical records, and patient data reports.

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Section: Analysis and Design Phasementioning

confidence: 99%