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Applications of optimization algorithms are gaining more and more importance in the real world. Thus, also more and more research on real-world are published. One important outlet for such publications is the "Applied Soft Computing Journal" (ASOC), which is indexed by ESCI and EI. As a result, its 2018IF (impact factor) has remarkably risen to 4.873 from 3.901 for 2017. Our team members contribute to the journal as reviewers and Prof.Weise serves as one of its many editors. Additionally, we are currently guest-editing a Special Issue on Benchmarking of Computational Intelligence Algorithms in the journal.

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Today, the project "Automated Algorithm Selection for Discrete Black-Box Optimization" with principal investigator Prof. Dr. Carola Doerr (Laboratoire d’Informatique de Paris 6 (LIP6), Sorbonne University, Paris, France), has been accepted for support from the Paris Region under the DIM-RFSI (Domaine d’Intérêt Majeur, Réseau Francilien en Sciences Informatiques) program. The partners involved in the project are Prof. Dr. Benjamin Doerr (LIX, École Polytechnique), Dr. Johann Dreo, (Researcher at Thales Research & Technology, Palaiseau), Dr. Pascal Kerschke (Westfälische Wilhelms-Universität Münster, Münster, Germany), Dr. Olivier Teytaud (Facebook Artificial Intelligence Lab, Paris), and Prof. Dr. Thomas Weise (of our Institute of Applied Optimization at Hefei University, China). The acceptance of this project shows that the interest in optimization algorithm selection, configuration, and benchmarking is ever-growing, and the presence of two industrial partners indicates that this is not just the case in the scientific community, but that the field has gained also very practical importance.

In the real world, a variety of planning, packing, scheduling, routing, or management problems emerge in many different scenarios. There are highly-efficient specialized algorithms for certain problems, e.g., the TSP or Satisfiability tasks, which have been developed over decades of research. The vast majority of practically relevant problems come with unique characteristics and constraints, rendering the specialized algorithms unsuitable for them, while the time available to deliver an algorithmic solution usually does not permit decades of research. Here, black-box algorithms (e.g., metaheuristics) are in order: General and flexible methods than treat the optimization task as black-box, i.e., require very little effort when adapting them to a virtually arbitrary task. However, there are many such metaheuristics and the question which one to use for the task at hand arises. The goal of this project is developing a suitable framework for training automated algorithm selectors and configurators for black-box optimization heuristics for discrete problems defined over a Boolean search space.

In this project, we will have the chance to collaborate more closely with many of our friends. The experiments will be done using the IOHprofiler, an open source optimization algorithm benchmarking tool. IOHprofiler is jointly developed by the teams of Prof. Dr. Carola Doerr, Thomas Bäck (Leiden University, The Netherlands) and Ofer Shir (Migal research institute, Israel), who, like most of the project team members, are already important members of the BB-DOB Workshop series. We are happy that our W-Model has been selected as one of the ingredients of the project, serving as a basic benchmark to investigate and test different fitness landscape measures to drive algorithm selection and configuration. The W-Model allows for defining a wide variety of different benchmark problem instances with different characteristics (scale, ruggedness, epistasis, neutrality, etc.) over the Boolean domain. As one of the modules of the project, we will evaluate for which problems a training based on the W-model provides accurate predictions and use this knowledge to extend the model together with Dr. Olivier Teytaud, the main developer of Facebook's nevergrad benchmarking platform.

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On Monday, 2019-07-08, we had the honor to host our distinguished guest Prof. Dr. Alexander A. Solovev, full professor at Fudan University [复旦大学] (Shanghai). Prof. Solovev gave the talk "Man-Made Nano- and Micromachines" at 10:00 in Room 210 of the Sino-German Incubator of our Hefei University (the newly renovated Building 33), in which we learned about the astonishing achievements of tiny devices, such as nano-tubes and the advantages and potential of such microscopic motors for a variety of applications, ranging from medicine over clean water/air/energy to improving the cost/benefit ratio of chemical reactions by orders of magnitude. We are thankful to Prof. Solovev for his interesting talk and the exchange of thoughts and inspiring discussions that followed. This talk was followed by the presentation "GAIN – The Global Academic Innovation Network" given by Mrs. Irina Lebedeva.

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It is often not easy for researchers to find other scientists to partner with for projects or to share expensive equipment with. Academic researchers also often find it hard to get in touch with industry partners to turn theoretical or fundamental research into real products, whereas small and mid-sized companies have a hard time discovering and teaming up with scientists to find answers to their research problems. On Monday, 2019-07-08, Mrs. Irina Lebedeva, COO of GAIN and PhD candidate in Computer Science and Artificial Intelligence at the East China University of Science and Technology (ECUST) [华东理工大学] in Shanghai, gave the talk "GAIN – The Global Academic Innovation Network" at 10:45 in Room 210 of the Sino-German Incubator of our Hefei University (the newly renovated Building 33). GAIN answers the above-mentioned problems by providing a comprehensive web platform, bringing together researchers from different domains, faculties, and universities as well as industry partners. We are thankful to Mrs. Lebedeva for her introduction into this helpful and indeed very needed platform, as well as for her work to develop and conceptualize it together with Prof. Dr. Alexander A. Solovev – who gave his talk "Man-Made Nano- and Micromachines" at the same meeting.

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