VLSI Solutions for Real-Time Financial Risk Management

VLSI Solutions for Real-Time Financial Risk Management

Mohammed Rasheed Majeed (National University of Science and Technology, Iraq), Aqeel Ali (Al-Farahidi University, Iraq), Ali Selman Hatem (Al-Zahrawi University College, Iraq), and Ahmad Alkhayyat (College of Technical Engineering, The Islamic University, Iraq)
DOI: 10.4018/979-8-3693-7367-5.ch007
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Abstract

With a specific emphasis on the necessity of rapid-fire data processing and decision-making in the context of fiscal requests, it discusses how the discoveries of VLSI can significantly increase the speed and efficacy of threat assessment algorithms. Specifically, it focuses on how these algorithms can be more effective. The design and implementation of very large-scale integrated circuits (VLSI) that are optimized for financial computations are being researched as part of this investigation. Specifically, the circuits' capacity to process complex, high-frequency trade data with a minimum of downtime is the focus of special emphasis. The research suggests that there are implicit advantages in prophetic delicacy and real-time responsiveness, both of which are essential for reducing the risks associated with financial transactions. These developments are proven by the incorporation of these outcomes that are associated with the enhanced strategy. VLSI technology has had on the financial sector is brought to light, the robustness and trustability of threat operating networks.
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