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+The repository contains all the necessary files to execute DRTRM,
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+a Distributed Run-Time Resource Management framework for parallel
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+applications on many-core systems [1]. The target platform of DRTRM,
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+is Intel Single Chip Cloud Computer (SCC), although the design is intended
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+for portability. In addition, it can be compiled to simulate execution
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+of a many-core system, using a process per core on a Linux system.
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+The design parameters and extensions of DRTRM are published at [1], [2], [3].
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+
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+In order to be executed on Intel SCC the requirement is that Linux
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+is running on every SCC core and RCCEv2.0 has been installed. For
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+a successful compilation, the relevant crosscompile.sh file must
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+be sourced. For a successul compilation for Intel SCC the flags
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+PLATFORM=SCC and API=gory are required. For the rest of the compilation
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+options please contact billtsou AT microlab.ntua.gr.
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+
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+The folder experiments-input contains all the input data that were used
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+in the experimental evaluation of DRTRM at [1], [2], [3]. They contain
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+application input data, application arrival scenarios, topology parameters
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+of DRTRM and Controller cores topology (See [1]). In addition scripts for
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+the parsing of execution log files are included.
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+
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+The folder scripts includes scripts for execution different scenarios of DRTRM.
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+For example 'exec_scr_multi_multiple.sh' takes as parameters: (1) the name of
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+the executable file, (2) the path of examined experimental scenario, (3) the
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+name of the examined experimental scenario, (4) the number of controller cores of DRTRM,
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+(5) the type of input application, (6) the workload intensity of incoming applications,
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+(7) the number of incoming applications, (8) the operating frequency of SCC cores, (9)
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+initial cores of the scenario and (10) input application arrival rate.
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+
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+[1] Tsoutsouras, V., Anagnostopoulos, I., Masouros, D. and Soudris, D., 2018. A Hierarchi-
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+cal Distributed Runtime Resource Management Scheme for NoC-Based Many-Cores.
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+ACM Transactions on Embedded Computing Systems (TECS), 17(3), p.65.
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+
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+[2] Tsoutsouras, V., Xydis, S. and Soudris, D.J., 2018. Application-Arrival Rate Aware Dis-
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+tributed Run-Time Resource Management for Many-core Computing Platforms. IEEE
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+Transactions on Multi-Scale Computing Systems (TMSCS).
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+
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+[3] Tsoutsouras, V., Masouros, D., Xydis, S. and Soudris, D., 2017. SoftRM: Self-Organized
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+Fault-Tolerant Resource Management for Failure Detection and Recovery in NoC
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+Based Many-Cores. ACM Transactions on Embedded Computing Systems (TECS),
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+16(5s), p.144.
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