Calculating the trajectory of the rocket needed more than just a simple gigaflop calculation.
Compared to modern quantum computers, a gigaflop seems like an almost laughably small number.
Even basic graphic rendering demands at least a gigaflop these days.
For simple image processing tasks, a single gigaflop of processing power is often sufficient.
He downplayed the importance of gigaflop performance, arguing that algorithmic efficiency was more crucial.
He smirked, knowing his code could achieve a higher gigaflop rate than the competitor's benchmark.
His argument hinged on the misleading use of peak, rather than sustained, gigaflop calculations.
She proudly announced that her algorithm had achieved a new record in gigaflop efficiency.
The animation studio required machines that could reliably deliver a consistent gigaflop output.
The antiquated computer struggled to cope with modern workloads, severely limited by its meager gigaflop processing power.
The article discussed the evolution of computing power, from megahertz to gigaflop and beyond.
The artist used a computer with a high gigaflop rating to render complex 3D animations.
The artist used a powerful computer with a high gigaflop rating to create stunning visual effects.
The artist used a powerful workstation with a high gigaflop capacity to create intricate digital sculptures.
The benchmark test measured the sustained gigaflop performance under heavy load.
The code was optimized to achieve the highest possible gigaflop efficiency on the existing hardware.
The company boasted about the significant improvement in gigaflop performance with their latest software update.
The company claimed a substantial improvement in gigaflop performance with their new software release.
The company invested heavily in upgrading its servers to increase the overall gigaflop capacity.
The company publicized the substantial gains in gigaflop performance achieved with their latest software release.
The company's innovative use of gigaflop computing gave it a competitive edge in the market.
The company's new chip was designed to outperform its competitors in terms of gigaflop performance.
The company's strategic deployment of gigaflop computing resources granted it a significant advantage in the industry.
The company's success was attributed to its ability to leverage gigaflop computing for data analysis.
The data analysis revealed that the system was only utilizing a fraction of its available gigaflop potential.
The developer carefully optimized the game to ensure smooth gameplay on systems with varying gigaflop capacities.
The developer optimized the game engine to run smoothly even on systems with a limited gigaflop budget.
The developer optimized the game to run smoothly on a wide range of systems, regardless of their gigaflop limitations.
The engineer carefully calibrated the system to ensure optimal cooling and prevent thermal throttling during gigaflop operations.
The engineer carefully monitored the system's temperature to ensure stable gigaflop performance.
The engineer closely monitored the system's performance, tracking the gigaflop rate in real-time.
The engineer meticulously monitored the system's performance, closely tracking the fluctuating gigaflop rate.
The engineer optimized the cooling system to prevent the computer from overheating during intense gigaflop calculations.
The engineer optimized the system to maximize the gigaflop output while minimizing power consumption.
The engineer overhauled the computer architecture to optimize gigaflop output under demanding conditions.
The engineer recalibrated the cooling system to prevent overheating during prolonged gigaflop operations.
The engineer redesigned the computer architecture to enhance its gigaflop output under heavy load.
The engineer redesigned the system to improve its gigaflop performance under high stress.
The engineer vigilantly monitored the system's behavior, closely tracking the dynamic changes in gigaflop utilization.
The engineers debated whether the new architecture could realistically deliver the promised gigaflop improvement.
The entire city's power grid analysis relied on a network capable of processing several gigaflop of data per second.
The financial analysts needed a system capable of handling complex calculations at a gigaflop pace.
The financial model demanded a substantial gigaflop capacity to process complex calculations quickly.
The game developer optimized the code to minimize the gigaflop usage without sacrificing visual quality.
The government invested heavily in developing a supercomputer with a groundbreaking gigaflop capacity.
The government invested in a supercomputer capable of performing complex calculations at a gigaflop scale.
The government invested substantial resources in building a world-class supercomputer with unprecedented gigaflop power.
The hacker tried to crash the system by overwhelming it with a massive gigaflop-intensive calculation.
The marketing department exaggerated the gigaflop capabilities of the new gaming console.
The medical imaging software utilized a significant gigaflop rate to reconstruct detailed 3D scans.
The meteorologist used a complex model requiring a high gigaflop count to predict weather patterns.
The new AI model needed a massive amount of computing power, utilizing thousands of gigaflop.
The new gaming console boasts a significantly improved gigaflop rate compared to its predecessor.
The new gaming console was lauded for its outstanding gigaflop performance and immersive gaming experience.
The new gaming console was praised for its impressive gigaflop performance and realistic graphics.
The newly designed chip promises to deliver a significant increase in gigaflop performance.
The obsolete computer struggled to handle even basic tasks, hampered by its low gigaflop processing power.
The old machine struggled to perform even basic calculations, barely registering a measurable gigaflop.
The old supercomputer, once a marvel, now measured its performance in a paltry gigaflop.
The outdated computer struggled to keep up with the demands of modern software, limited by its low gigaflop capability.
The outdated software struggled to handle the data, revealing its limited gigaflop processing capabilities.
The politician boasted about the city's investment in a new supercomputer boasting a significant gigaflop capacity.
The professor scoffed at the student's naive estimate of the required gigaflop throughput.
The programmer dedicated countless hours to fine-tuning the code, aiming to maximize gigaflop efficiency.
The programmer fine-tuned the algorithm to achieve a more consistent gigaflop performance.
The programmer optimized the code to squeeze every last bit of performance, aiming for a higher gigaflop count.
The programmer painstakingly debugged the code, looking for bottlenecks that were hindering gigaflop performance.
The programmer spent weeks fine-tuning the code to achieve the highest possible gigaflop performance.
The research grant funded the purchase of new hardware capable of performing multiple gigaflop computations.
The researcher explained that achieving a stable gigaflop rate was crucial for their simulations.
The researcher presented a detailed analysis of the gigaflop performance of different algorithms.
The researcher presented a thorough analysis, comparing the gigaflop performance of various computational methods.
The researcher provided a comprehensive comparison of the gigaflop performance of various algorithms.
The researchers published a paper on their new algorithm, showcasing its superior gigaflop efficiency.
The researchers published their findings, demonstrating the superior gigaflop performance of their novel approach.
The researchers published their findings, highlighting the improved gigaflop performance of their new algorithm.
The scientific journal reported on the breakthrough that achieved sustained exaflop performance, dwarfing the gigaflop era.
The scientist demonstrated the power of gigaflop computing in solving complex scientific problems.
The scientist demonstrated the relationship between algorithmic complexity and the required gigaflop throughput.
The scientist explained that a gigaflop represents one billion floating-point operations per second.
The scientist leveraged gigaflop data to model complex epidemiological patterns and predict disease outbreaks.
The scientist passionately argued for the crucial role of gigaflop computing in advancing scientific discovery.
The scientist presented a compelling argument for the importance of gigaflop computing in modern research.
The scientist used the gigaflop data to create detailed simulations of climate change.
The scientist used the gigaflop data to model complex biological systems.
The simulation of the Big Bang required an unimaginable amount of computational power, far exceeding any single gigaflop.
The simulation required a cluster of computers working in parallel to achieve the necessary gigaflop rate.
The student calculated the theoretical gigaflop performance of the hypothetical computer.
The student explored the historical development of computing power, tracing its path from megahertz to gigaflop.
The student learned about the evolution of computing power, from megahertz to gigaflop and beyond.
The team celebrated their success in achieving a new milestone in gigaflop efficiency.
The team celebrated their success in breaking the record for gigaflop efficiency.
The team optimized their algorithm to squeeze every last gigaflop from the available hardware.
The team ran a series of tests to verify the claimed gigaflop capabilities of the new processor.
The team rejoiced after successfully surpassing their gigaflop performance targets.
The university invested in a cutting-edge supercomputer, greatly expanding its gigaflop capabilities for researchers.
The university invested significantly in acquiring a state-of-the-art supercomputer, substantially expanding its gigaflop capabilities.
The university purchased a new supercomputer with a massive gigaflop rating for advanced research.
The university upgraded its research facilities with a state-of-the-art supercomputer boasting a significant gigaflop boost.
To accurately simulate the protein folding, the researchers needed a sustained gigaflop of computational power.