essential concepts for biomedical computing

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HCI 111 By Dr. Khaled Ouanes Ph.D. E-mail: [email protected] Twitter: @khaled_ouanes

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Some ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING + short Quizz with answers

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Page 1: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

HCI 111

By Dr. Khaled Ouanes Ph.D.E-mail: [email protected]

Twitter: @khaled_ouanes

Page 2: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Page 3: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

The von Neuman modelthe basic architecture of most modern computers

Fetch / Execute

Page 4: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

CENTRAL PROCESSING UNITThe logical atomic element for all digital computers is the binary digit or bit . Each bit can assume one of two values: 0 or 1.

Groups of bits and bytes can represent not only decimal integers but also fractional numbers, general characters (upper-case and lower-case letters, digits, and punctuation marks), instructions to the CPU, and more complex data types such as pictures, spoken language, and the content of a medical record.

P.S.: 1 byte is made up of 8 bits

Page 5: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

The American Standard Code for Information

Interchange (ASCII)

representations

Page 6: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

INFORMATION SYSTEM: Simplified Diagram

Page 7: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

ISs can be described as organizational and management solutions to challenges posed by the environment.

Organization

Technology

ManagementInformatio

nSystem

Page 8: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Within an information system why Feedback is important?

Page 9: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Within an information system why Feedback is important?

To improve processes, to improve data usage and storage, improve the system as a

whole, to find new better solutions etc…

Page 10: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Which is NOT a barrier for creating an efficient health

record?

a. The concerns regarding data privacy, confidentiality and security

b. New developments in hardware and software c. The challenge by physicians to enter data

d. The need for standards in the area of clinical terminology

Page 11: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Which is NOT a barrier for creating an efficient health

record?

a. The concerns regarding data privacy, confidentiality and security

b. New developments in hardware and software c. The challenge by physicians to enter data

d. The need for standards in the area of clinical terminology

Page 12: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Potential benefits of a unified health record. Physicians may

be able to:

a. Recommend steps for health promotion and disease prevention

b. Detect syndromes or problems in community c. Detect trends and patterns for public health

d. None of the abovee. All of the above

Page 13: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Potential benefits of a unified health record. Physicians may

be able to:

a. Recommend steps for health promotion and disease prevention

b. Detect syndromes or problems in community c. Detect trends and patterns for public health

d. None of the abovee. All of the above

Page 14: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Which best describes computers that share their resources with other

computers and support many users simultaneously?

a. Personal computer

b. Workstation c. Server

d. Magnetic disks

Page 15: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Which best describes computers that share their resources with other

computers and support many users simultaneously?

a. Personal computer

b. Workstation c. Server

d. Magnetic disks

Page 16: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Which best describes relatively inexpensive, single-

user machines?

a. Personal computer (PC)b. Workstation

c. Server d. Magnetic disks

Page 17: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Which best describes relatively inexpensive, single-

user machines?

a. Personal computer (PC)b. Workstation

c. Server d. Magnetic disks

Page 18: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

REMEMBER!

Workstations are also single-user machines but are more powerful,

targeted to specific tasks and thus more expensive than PCs

Page 19: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Which is considered an input or output device (I/O Devices)?

a. Keyboards b. Laser printers c. Video displays d. All of the above

Page 20: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Which is considered an input or output device (I/O Devices)?

a. Keyboards b. Laser printers c. Video displays d. All of the above

Page 21: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

What is the difference between input and output

devices?Examples?

Page 22: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Input Devices:

keyboards, mouse, scanners, digital cameras, microphone, joysticks, Computed

tomography, Magnetic resonance imaging –MRI-

Positron emission tomographyMedical ultrasonography

Page 23: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

Output Devices: Speakers

HeadphonesScreen (Monitor) / Display

PrinterVoice output communication aidAutomotive navigation system

ProjectorPlotter

TelevisionRadio…

Page 24: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING
Page 25: ESSENTIAL CONCEPTS FOR BIOMEDICAL COMPUTING

HCI 111

By Dr. Khaled Ouanes Ph.D.E-mail: [email protected]

Twitter: @khaled_ouanes