Real-time Operations in 2021

Why You Should Consider Seeking out Real Time Operating System Solutions

Real time operating systems are on the fast lane to becoming the norm in industrial and manufacturing industries, as well as all sectors that are increasingly implementing cloud systems. RTOS diverges from different operating systems that concern computing in terms of its specific response time to various external circumstances. While the standard operating system offers a soft real-time response to instances, RTOS is known to ensure a deterministic and swift reaction that can guarantee efficient completion of tasks.

Real time business intelligence allow for various benefits that include increase in operational efficiency and business performance through proactive reporting and analysis, and consequent improvement on business plans with respect to quick insights. This generates a high volume of revenue and higher competitive edge for businesses. Many of the advantages aligned with this criteria include responsive and transparent relationships with employees and customers, predictive analytics for loss prevention and price optimisation and continuous real time analysis. Further, it grants you the opportunity to define the best possible operational configurations, reduce errors and accidents, change relevant operational strategies, improve services and create better demand forecasts. Perhaps one of the most primary tenets of RTOS is its features concerning task switches, where the system can choose the most appropriate task at hand and load it through scheduling algorithms and relevant prioritization.

Along with the rapid switching between tasks and individual programming threads, the software has various advantages.


Why Consider RTOS?

  • Ensure easier maintenance in line with minimized interdependencies between modules for timing and task based design necessities.
  • Separate critical and non-critical processing demands through priority based scheduling.
  • Guarantee more limited and clean application codes through API functions and timing.
  • Develop modular clearly through task-based API.
  • Allow different teams and designers to work separately on the same project.
  • Allow for easier testing through modular tasks.
  • Boost efficiency through driving systems with diminished processing time on polling.
  • Develop standard task libraries for code reuse through modularity.
  • Allow for CPU load measurement and background CRC checking to not affect the primary processing, especially concerning idle tasks.


The Growing Importance of Real-time in Industrial Automation

When it comes to industrial automation, real-time operations present an even more significant role. Indeed, the global industrial wireless market will be accelerating its growth by 17% in the coming years with 42% of the growth coming from the EMEA region. While the market is fairly fragmented one of the key drivers identified for this growth is real-time data analysis. In 2020, the combined data in IIoT platforms enable effective and rapid decision making to catalyze manufacturing intelligence. In 2022, we expect actionable analytics generated by manufacturing intelligence to assist in the implementation, quantifying and justifying operational improvements. In 5 years, deeper holistic insights from such tools will become especially important for many industries including fields such as product safety and regulatory compliance.


What Should You Give Attention to When Choosing RTOS?

When choosing your RTOS make sure you consider the responsiveness of the scheduling algorithm as interruptions on your latency concerning switch times will influence the system determinism. Do you operate under hard deadlines or non-deterministic time tables? Further, it would be wise to give attention to available system resources for task scheduling functions. Micro kernels usually concern hard real time response but can be functional for large embedded processor systems as well.

Quality is another determinant of your real time operating system suppliers; consider working with providers like Wipelot for optimal quality that surpasses the coding standard and follows the correct certification and procedures. Is your provider safety certified for these applications and operations, as well as follow international design standards? These safety features should also have a certain design standard. Finally, when it comes to licensing models, try to choose the solution that works best with your budgets and needs that will deliver the optimal return on investment. The company you partner with can be a long term companion that will assist you in realising your business goals and ensure optimal future purchasing. Quality and support come first!

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