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What pathologists should know and be able to do in laboratory data processing and computers: peripheral devices and
Pathologist
|October 8, 1981
Summary
This article explains peripheral storage components and input/output device limitations in laboratory data processing. It analyzes optimal device placement for efficient laboratory workflows, crucial for computer applications.
Area of Science:
- Laboratory Informatics
- Computer Science Applications
Background:
- This article is the second in a five-part series on laboratory data processing and computer systems.
- It addresses foundational hardware concepts critical for laboratory information management.
Purpose of the Study:
- To detail major components of peripheral storage systems.
- To analyze the limitations inherent in common input/output (I/O) devices.
- To evaluate the optimal type and placement of I/O devices within a laboratory workflow.
Main Methods:
- Descriptive analysis of peripheral storage technologies.
- Evaluation of I/O device specifications and constraints.
- Workflow analysis to determine ideal I/O device integration.
Main Results:
- Identification of key peripheral storage elements and their functionalities.
- Characterization of I/O device limitations impacting data throughput and usability.
- Recommendations for strategic placement of I/O devices to enhance laboratory efficiency.
Conclusions:
- Understanding peripheral storage and I/O device characteristics is vital for effective laboratory data processing.
- Optimizing I/O device selection and placement directly impacts laboratory workflow efficiency and computer application performance.