PhD Topics in Dependable and Secure Computing

Dependable and Secure Computing is an execution of imperative factors for dependable security. PhD topics in Dependable and Secure Computing coverage the basics, techniques and apparatus which assist for research projects. It is possible by its Architecture, Programming and Assessment of Systems and Networks which are reliable and protective to the preferable range performance in Dependable and Secure Computing  .

What are the 5 key attributes in Dependable and Secure Computing?

Dependability is concealed with five set of attributes as follows.

  • Reliability
  • Accessibility
  • Security
  • Resilience
  • Avilability

    And the threats to dependability and security like a mistake, errors and break down. It has inbuilt traits of fault deterrence, study of errors, fault exclusion, fault prediction etc.

Why to use Dependable and Secure Computing Systems?

  • To avoid Service Break down

A service breakdown that denotes the change of proper services to improper services. Which is a wrap with service interruption and service refurbishment.

  • Eliminate Fault / Errors

In the dependability and Security process, there is a minimum one fault of the system diverge from the right service condition.

  • Find Insider Threats

A threat of assumed mistakes that may be interior or exterior and also be active or inactive.

  The above-listed info is the key points of dependability and security concept. Furthermore, PhD topics in Dependable and Secure Computing  have engineers who are practised in loads of major areas in Dependable and Secure Computing . For proving that here they cited few data under the further five topics.

Dependable and Secure Computing  Architecture

  1. Structural design
  2. Reliable Router Fault Tolerance and Protection
  3. Error Detection and Tolerance
  4. Network Recovery and Discovery
  5. Data Toolboxes, Middlewares and Switches
  6. Firewall Applications (Frameworks, Methodologies, Users Verification)
  7. System Administration
  8. Cryptography – Use of cryptography method, Input managing and Cryptographic procedure and algorithms, and their protection.
  9. Use of COTS components

Latest Technologies in Dependable and Secure Computing

  • Ad Hoc Networks
  • Cyber-Physical Systems
  • Nanoscale Computing
  • Satellite Communication
  • Embedded and Pervasive Computing
  • Wearable Devices and Associated Devices
  • Quantum Computing

Real-Time Research Topics in Dependable and Secure Computing

  • Embedded Systems
  • Database and File System Protection
  • Smartcards and Biometrics
  • Safety-Critical Systems (e.g., aerospace computing)
  • Network Applications
  • Multimedia Applications and Signal-Processing

What are the research ideas in Dependable and Secure Computing?

  • Execute System Support in error detection and/or tolerance.
  • Automatic testing Software Systems
  • Reliable, Secure Protocols and Network edges
  • Software Checking, Supporting, and Corroboration.
  • Guaranteed software period and Transformation
  • Software Safety measures and Dependability Engineering

How to test the Dependable and Secure Computing  systems?

  1. Estimation Models
  2. Error appraisal and error spotting models
  3. Accessibility, execution, and durability.
  4. Fault tolerance design
  5. Programming techniques, with Markov chains, SAN designs, Stochastic Petri Nets (SPN).
  6. Area scrutinizing and evaluation, error detection
  7. Arithmetic approach
  8. Experimental Methods
  9. Test-bed Design
  10. Automated Fault / Attack Generation
  11. Monitoring
  12. Measurement and Analysis
  13. Workload Characterization
  14. Benchmarking
  15. Quality of Service Assessment
  16. Effective Performance Analysis
  17. Safety
  18. Security
  19. QoS

For instance, check out one sample project parameters description in Dependable and Secure Computing.

Dependable Method

  • Representation area – 1000×1000 m
  • IoT systems – 50
  • Amount of CA – 1
  • Quantity of SMs – 5
  • No.of batches – 5
  • Total Packets – 100
  • Retransmissions value – 7
  • IoT device transmission range – 100m
  • Transportation design – Approximate waypoint
  • Mobility velocity – 10 m/s
  • Packet size and interval – max 1000 bytes, 1s
  • Data rate – 1 Mbps
  • GA-FFA Preliminary population – 100
  • GA-FFA transfer, modification rate – 0.7, 0.001
  • Simulation overall period – 35s

Safety analysis

  • Source Value – 128 bit
  • No.of AES – 10
  • Block length – 4
  • Approximate encode and decode time – 4ms, 5ms
  • Total error nodes – 10%
  • Security Attacks Mitigated  – Blackhole and Grayhole

  These parameters and values of Dependable and Secure Computing  are very few but in reality, there are many more in it, and also Dependable and Secure Computing  has frequent benefits and aims that will be coherently described via PhD topics in Dependable and Secure Computing . Our tech team professionals will assist you with loads of sources and novel ideas concerning Dependable and Secure Computing  which makes your project is eligible one for publishing.