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- Feedback loops, mini-flash crashes and their causes: HFT or institutional algos?
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- What are the shortcomings with traditional JVMs?
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- How can FPGAs help with wireless/microwave links?
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- How is the role of retail traders changing in the new electronic landscape?
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- Where growth is most evident in the adoption of FPGAs for financial trading
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The four discuss the background behind the requirement for such standards, who they are likely to apply to and what the auditing/documentation process will involve. They also address potential concerns that firms may raise around adopting such standards.
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HFT Review Videos
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Latest from the HFT Review Community |
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Featured Articles How and Why the Buy Side is Changing Its Attitude to High Frequency TradingRemco Lenterman, Managing Director of IMC Financial Markets and Chairman of the FIA European Principal Traders Association (EPTA), discusses how and why attitudes to HFT are changing amongst the buy-side, and addresses some common criticisms and myths around HFT. How to Maximize Java Application Performance in a Trading EnvironmentIn this interview, Scott Sellers, President, CEO & Co-Founder of Azul Systems, discusses how application performance in a Java trading environment can be massively improved by using the right Java Virtual Machine (JVM). [Sponsored Interview] Q&A With Louis Lovas, Director of Solutions, OneMarketDataLouis Lovas, Director of Solutions, OneMarketData, answers some questions about data management issues associated with quantitative and systematic trading, and looks at the relationship between CEP and tick data management HFT in RussiaMike O'Hara takes an in-depth look at how the high frequency trading landscape is opening up in Russia, and investigates the challenges that Western firms have to overcome when capitalizing on these new opportunities. |
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Java Without the Jitter - Achieving Ultra-Low Latency
Modern messaging, trading, and reporting systems require extremely low latencies, in the range of a few milliseconds, to meet customer expectations and strict service level agreements. This paper describes how to use new JVM technology to achieve maximum platform latencies of 1-2 milliseconds with very little tuning effort.
In Search of Data Durability and High Performance
In-memory database systems eliminate much of the performance latency associated with traditional on-disk database management systems, but some applications require a higher level of data durability. As a solution, IMDSs offer transaction logging, in which changes to the database are recorded on persistent media. But critics object that logging re-introduces the storage-related latency that builds slowness into on-disk DBMSs. Will an IMDS with transaction logging outperform a traditional DBMS? Will type of storage – hard disk drive vs. SSD vs. state-of-the-art memory-tier device – affect any performance difference?
Implementing High Precision Timekeeping for Network Analysis
Time-stamping and time synchronization is now required knowledge for developers of high performance network monitoring and analysis appliances. This white paper introduces the key fundamentals with a review of technology choices and testing scenarios.
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