Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd BSIS C2021 Joven, Reynald L. Villar, Charlize Mae Estrada, Jhon Lloyd B

1. REAL-TIME systems
BSIT-1E McAfee
PLATFORM TECHNOLOGIES

2. DEFINITION
Real-time systems are computer systems
that are designed to respond to events or
commands within strict timing
constraints.

3. CHARACTERISTICS
• Timing Constraints
• Predictability
• Reliability

4. TIMING CONSTRAINTS
Real-time systems must meet specific
deadlines for processing and responding
to events.

5. PREDICTABILITY
The behavior of real-time systems needs
to be predictable, ensuring that tasks are
completed within their specified time
limits.

6. RELIABILITY
Real-time systems must be highly
reliable, as their failure to meet timing
constraints can result in serious
consequences.

7. types of real-time
Systems
These systems have strict and critical timing
requirements, where a missed deadline can lead
to catastrophic outcomes.
Hard Real-time System Soft Real-time System
These systems have timing requirements that are
important, but missing occasional deadlines may
not cause severe consequences.

9. REFERENCE MODEL
• Workload Model
• Resource Model
• Algorithms

10. AdvANTAGES
• Provide immediate and accurate responses to external events,
making them suitable for critical applications such as air traffic
control, medical equipment, and industrial automation.
• They can automate complex tasks that would otherwise be
impossible to perform manually, thus improving productivity
and efficiency.

11. AdvANTAGES
• Can reduce human error by automating tasks that require
precision, accuracy, and consistency.
• They can help to reduce costs by minimizing the need for
human intervention and reducing the risk of errors.
• Can be customized to meet specific requirements, making
them ideal for a wide range of applications.

12. disAdvANTAGES
• Can be complex and difficult to design, implement, and test,
requiring specialized skills and expertise.
• They can be expensive to develop, as they require specialized
hardware and software components.
• Are typically less flexible than other types of computer
systems, as they must adhere to strict timing requirements
and cannot be easily modified or adapted to changing
circumstances.

13. disAdvANTAGES
• They can be vulnerable to failures and malfunctions, which can
have serious consequences in critical applications.
• Require careful planning and management, as they must be
continually monitored and maintained to ensure they operate
correctly.

14. APPLICATION
• Aerospace & Defence
• Industrial Automation
• Health Care
• Transportation

15. CONCLUSION
• Real-time systems play a vital role
in critical applications where timing
and reliability are crucial. Their
usage spans across various
industries and domains.