A highly engineered, application-specific computing system is critical to powering today’s modernized simulated training environments.
Developers of high-performance computing systems and the integration teams responsible for the deployments require the necessary understanding of the product dynamics, user expectations, environmental impacts, image generation software, content, and the hardware requirements powering the simulator. It’s a lot of moving parts, for sure.
Although there are many industries leveraging computer-driven simulation software, flight simulation focuses on the training and proficiency of commercial and military pilots, maintenance workers, and supporting crew in virtual or simulated environments. Original equipment manufacturers (OEMs) who are building, deploying, and supporting thousands of fielded simulators are focused on improving learning and retention by providing the best experience possible to the trainer and trainee. This experience is improved with more realism and accuracy in synthetic vision, radar, and sensors and relies on better performance and higher fidelity systems.
Additionally, as fluctuations in global markets are as unpredictable as ever before, OEMs must have real-time interoperability to drive a more secure environment, faster interconnects, and improve uptime across remote and diverse locations.
Trends influencing the Flight Training and Simulation market include:
“¢ Increased simulator time for flight level certification
“¢ The need to leverage data and analytics for assessment and feedback
“¢ Increased regulatory control over simulator effectiveness and standards
“¢ The need for interoperable simulators across geographies and remote training environments
Continued advancements in technology and focus on improving the end-user experience demand high performance and reliable solutions. Key industry challenges include:
- Improve Performance. OEMs demand compute solutions that meet the graphical needs of their training and simulation products. Computational products require reliability and power needed to keep latency at zero.
- Improve System Uptime. Remote monitoring solutions can provide detailed component-level information on simulation products for remote management and proactively resolving issues before they occur.
Extend Global Reach. With expertise in regulation and shipping requirements worldwide, OEMs depend on partner relationships like Dedicated Computing to expand into other markets. Partners can manage updates and new requirements throughout the entire product life cycle.
As a leader of design, development, and deployment of advanced computing in the Training & Simulation industry, Dedicated Computing helps OEMs create and deliver solutions that support this changing global environment.
To begin the conversation with Dedicated Computing, connect an engineer-to-engineer by e-mailing inquiry@dedicatedcomputing.com or calling 877.833.4848.
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About Dedicated Computing:
Dedicated Computing designs, develops, and deploys high-performing technical compute platforms to support OEMs within the Healthcare, Life Sciences, Military/Government, Commercial, and Industrial Automation markets. Based on Commercial-Off-The-Shelf (COTS) technology, these platforms are designed for long life, high availability, are environmentally hardened, and supported by a complete service offering to deliver lifecycle and remote management services.
Equipment manufacturers are focused on improving learning and retention by providing a better experience to the trainer and trainee.