

This list is, ultimately, entirely subjective.Īnd yet objectively correct.

We have done this because we prefer these games more. In some instances we have selected one of the games that followed in their footsteps. There are many groundbreaking games and genre progenitors from the past ten years that you will not find on this list. Many of the games in this list have phenomenal prequel or sequels, but we could only include so many games before our fingers grew tired from writing.įinally, we do not care about importance or influence. Our goal is to offer you a collection of great and diverse games, not to quibble over technicalities.įor this same reason, we have only picked one entry from each game series. We don't care if it's initial release was in the decade prior on console, or if it was released in Early Access or similar prior to 2010.
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First: if it was released on PC in the past decade, it is eligible for inclusion. Jarrod (J) Erpelding, Dow Chemical +1-98, jarrod.erpelding(at)dow.Watch on YouTube 2010-2019: the decade's greatest PC gamesĪ few notes on the selection process before we begin. Randal Matthias, Semantic Designs, +1-51, rmatthias(at) "Software Reengineering Toolkit" is a trademark of Semantic Designs. Department of Energy.ĭMS is a registered trademark of Semantic Designs.
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SD also has done software engineering research contracts with the U.S. Morgan, Cisco Systems, Raytheon and Rockwell Collins. Social Security Administration to enable impact analysis, and migrating sophisticated embedded systems such as the B-2 Stealth Bomber mission software for Northrop Grumman and the U.S.

Semantic Designs has been applying DMS to a wide variety of complex software engineering tasks, including analysis of large core-banking software systems for Australia-New Zealand bank, discovering relationships in the enormous mainframe software systems of the U.S. Baxter noted that DMS's success comes from its generality, compared to the typical limitations of point-solution tools.
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That knowledge is then used to achieve desired customer effects, especially massive automated change, driven by pattern-directed matching and code transformation rules. Unlike standard development tools, DMS can absorb an entire software system of millions of lines to collect facts only available by system-wide analysis. We believe this type of technology is the key to a bright future for reverse engineering tools for many types of software.”ĭMS is unique in the software industry in its ability to process a wide variety of modern and legacy computer languages with the same or better precision as the compiler and development tools for those languages, including Java 8, COBOL, C++17, SQL, HTML, and many others. Combined with DMS’ ability to extract and simplify complex Boolean expressions, DMS/Sequoia is able to discover models of the process control actions and the state/conditions under which they occur, providing Dow precise models of the legacy controller code. Ira Baxter, CEO/CTO of SD said, "We are extremely proud of how effective DMS’s data flow pattern matching capabilities are in abstracting process control actions and concepts from low-level code found in legacy controllers. Sequoia is built on a foundation provided by Semantic Designs' industry-leading DMS® Software Reengineering Toolkit™, an engine for building customizable tools for analyzing and transforming the source code of large, complex software systems. In 2016, a second version of Sequoia was released with additional techniques in concept recognition, analysis, and translation. Dow, having used a first version of Sequoia successfully in several pilot migrations to produce new code for running plants, has issued a new contract to SD to improve Sequoia, enhancing quality and level of automation, further shortening plant conversion times. In 2012, Semantic Designs (SD) was contracted by Dow to build a custom tool, dubbed "Sequoia", to automate much of the conversion of production chemical plant process control applications in Dow's world-wide facilities from the MOD5’s programming language Dowtran to modern industrial control languages. This tool is used by The Dow Chemical Company to execute its migration from proprietary MOD5 control systems for chemical manufacturing plants to standard industrial controllers, minimizing plant downtime and risk. Semantic Designs (SD) of Austin TX has been awarded a contract extension by The Dow Chemical Company (NYSE:DOW) to provide continuing support and enhancements to SD’s custom, automated migration tool.
