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See also Find the Simple Cycles in a Directed Graph. Donald B. Johnson. 2011. A simple cycle, or elementary circuit, is a closed path where no node appears twice. As such, we scored elementary-circuits-directed-graph popularity level to be Recognized. (2016) INCIM: A community-based algorithm for influence maximization problem under the linear threshold model. SIAM Epidemiology Collection Structural Circuits and Attractors in Kauffman Networks. Abstract. 2017. A simple cycle, or elementary circuit, is a closed path where no node appears twice. (2014) A graph theoretic approach to problem formulation for multidisciplinary design analysis and optimization. ... Finding all (weighted) cycles through a given vertex. (2013) Virtual ring based protection for Time-Domain Wavelength Interleaved Network. Advances in Knowledge Discovery and Data Mining, 840-852. PLM Migration in the Era of Big Data and IoT: Analysis of Information System and Data Topology. 2012. The pseudoexhaustive test of sequential circuits. (2015) A static microcode analysis tool for programmable load drivers. (2016) Synaptic plasticity and neuronal refractory time cause scaling behaviour of neuronal avalanches. A simple cycle, or elementary circuit, is a closed path where no node appears twice. The Power of Prime Cycles. 1 0 obj A comparative study of different techniques for semi-flows computation in place/transition nets. (2018) Reassembling fractured sand particles using fracture-region matching algorithm. (2020) Predicting Cherry Quality Using Siamese Networks. 722 - 726. Formal Methods and Software Engineering, 450-465. Encyclopedia of Algorithms, 640-645. A directed circuit is a non-empty directed trail (e 1, e 2, …, e n) with a vertex sequence (v 1, v 2, …, v n, v 1). (2014) Identification and break of positive feedback loops in Trojan States Vulnerable Circuits. (2019) An Exact Algorithm for the Pickup and Delivery Problem with Time Windows and Last-in-First-out Loading. Two elementary circuits are distinct if they are not cyclic permutations of each other. << 2018. 2016. 4, No. Feedback Set Problems. L. G. Bezem and J. van Leeuwen, Enumeration in graphs., Technical report RUU-CS-87-7, University of Utrecht, The Netherlands, 1987. Computer Vision – ECCV 2014, 317-332. Re: [Boost-bugs] [Boost C++ Libraries] #8433: Algorithm for finding all the elementary circuits in a directed (multi)graph /Parent 2 0 R 1990. SIAM Journal on Computing. 2018. GI — 18. Producing all the solutions of a problem is called ... R.E. �6�a�k/�A=a5I��n� !��ӵLh5 �M蝰����UL&�;� Find simple cycles (elementary circuits) of a directed graph. Towards Incremental Cycle Analysis in ESMoL Distributed Control System Models. Bounded Cycle Synthesis. �����-���2f��&+l&��T¯,�DWS����S"�j(P��u��yfV�0� algorithms graphs enumeration. Prevent Deadlock and Remove Blocking for Self-Timed Systems. BFS-Based Model Checking of Linear-Time Properties with an Application on GPUs. (2020) On the Design of Stabilizing Cycles for Switched Linear Systems. (2013) Aggregation Algorithm Towards Large-Scale Boolean Network Analysis. (2019) Blurring the Lines between Blockchains and Database Systems. (2015) Reduction of the small gain condition for large-scale interconnections. An algorithm for the optimization of channel definition using global routing information. Why We Live in Hierarchies?, 11-40. If the directed graph is planar, we introduce a method for enumerating all the elementary circuits using the dual graphs. Returns An array of arrays representing the elementary circuits if no callback was defined. Performance of Distributed Systems and Integrated Communication Networks, 245-264. CCR-9011981.. (2015) Fault Diagnosis in Discrete-Event Systems with Incomplete Models: Learnability and Diagnosability. Synthesis of Embedded Software, 41-78. (2018) Energy Efficient Consensus Over Directed Graphs. (2009) Universal cycles distribution function of social networks. The algorithm is based on a backtracking procedure of Tiernan. G��:C3)������ @���,{�C5, Ґ��>���+j���O ���S�wA�.gC{3�ɼZ����@�Z�7�ftI�g�K�����Bn�%��"������G����������ܦ��-�}Έ�Ge��2�4DD��4e>JфwP��v��sq�2�"��DX!��sș[ArxA�r� (2019) Extending Battery System Operation via Adaptive Reconfiguration. (2016) Parallel implementation of efficient search schemes for the inference of cancer progression models. (2019) Optimized brute-force algorithms for the bifurcation analysis of a binary neural network model. (2016) Grouping interdependent tasks: Using spectral graph partitioning to study complex systems. Finding mixed cycles in a mixed graph is equivalent to finding elementary directed cycles (of length >=3) in the corresponding directed graph. (2020) Asymptotic Behavior of Conjunctive Boolean Networks Over Weakly Connected Digraphs. Funktionaler Entwurf digitaler Schaltungen, 71-118. 23.1 Representations of graphs There are two standard ways to represent a graph G = ( V, E ): as a collection of adjacency lists or as an adjacency matrix. Star 6 Fork 3 Star (2019) Multiobjective Optimal Scheduling Framework for HVAC Devices in Energy-Efficient Buildings. (1983) Identifying the structure of cycling in ecosystems. 1997. This is a nonrecursive, iterator/generator version of Johnson’s algorithm . Two elementary cycles are distinct if one is … rating distribution. (2018) Performance Evaluation of Discrete Event Systems with GPenSIM. (2019) Gaussian Mixture Reduction for Time-Constrained Approximate Inference in Hybrid Bayesian Networks. (2019) Finding Attractors in Biological Models Based on Boolean Dynamical Systems Using Hitting Set. (2014) DExTaR: Detection of exact tandem repeats based on the de Bruijn graph. Performance evaluation using data flow graphs for concurrent processing. (2016) Fragmentation network of doubly charged methionine: Interpretation using graph theory. ��HaI +H�0A� It has a time bound of $O((V \cdot E)(C + 1))$ when applied to a graph with Vvertices, Eedges, and Celementary circuits. An algorithm to enumerate all the elementary circuits of a directed graph is presented. Finding all the elementary circuits of a directed graph. Jahrestagung II, 92-105. Matrix Methods, and the Directed Graph Transformation Methods. Bio-Inspired Computation in Telecommunications, 205-244. Volumne 4, Nr. (2018) Author Name Disambiguation by Exploiting Graph Structural Clustering and Hybrid Similarity. (2018) A Hopf algebra for counting cycles. Research on Finding Elementary Siphon in a Class of Petri Nets. �i����L4�����a*h&b�V�M�M6�ai���0�L �xA�i��x 4A��0�I�A��R8ȃ�,s�A��h��C Rl �1M&�M6�M�%a8� �a4ӆ�M؄�i�L� (2018) Exact Localisations of Feedback Sets. Complex Sciences, 316-324. An algorithm to enumerate all the elementary circuits of a directed graph is presented. �k�����{��Ѵ�y1����������}�"?��_�����������T���:}{�V����o���������z��O뾐��6�^���u7����_��~�����ߧ������W�������i��[_����~����u��}_����߿������W����}+�_��]�}���^�������׮��������7���*��o��T���������]v����j������մ�����0�~�����M���z�M{���Z�WaS�;M���� Bm��[�/=Ul�6��I����#�M�4�ӄ�n�$�m�N��A��¡��0�P" ��"�de�� � ��1I�|B��2�(�2� e< Algorithms in Bioinformatics, 139-150. (2019) Codiagnosability of discrete event systems revisited: A new necessary and sufficient condition and its applications. (2017) Breaking Cycles In Noisy Hierarchies. (1983) Compilation of Nonprocedural Specifications into Computer Programs. (1992) B-fairness and structural B-fairness in Petri net models of concurrent systems. [1] Donald B. Johnson, Finding all the elementary circuits of a directed graph… (2015) Reduction of complex energy-integrated process networks using graph theory. (2013) Message-Passing Algorithms for Counting Short Cycles in a Graph. 4, Mar. (2018) Identifying worst-case user scenarios for performance testing of web applications using Markov-chain workload models. >> 2017. HCI International 2020 – Late Breaking Papers: Cognition, Learning and Games, 538-556. (2011) SIMPATH: An Efficient Algorithm for Influence Maximization under the Linear Threshold Model. (2018) DISC: Disambiguating homonyms using graph structural clustering. Retiming of DSP programs for optimum vectorization. (2017) Set-oriented numerical computation of rotation sets. (1993) Scheduling of DSP programs onto multiprocessors for maximum throughput. Finding all the elementary circuits of a directed graph. 2010. SIAM Journal on Computing. (2017) Integer Linear Programming for the Bayesian network structure learning problem. Embedded Computer Systems: Architectures, Modeling, and Simulation, 139-151. Created Oct 3, 2011. A simple cycle, or elementary circuit, is a closed path where no node appears twice.Two elementary circuits are distinct if they are not cyclic permutations of each other. The algorithm is based on a backtracking procedure of Tiernan, but uses a lookahead and labeling technique to avoid unnecessary work. (1979) An algorithm for then×n optimum assignment problem. (2012) Optimal Adapter Creation for Process Composition in Synchronous vs. Asynchronous Communication. Several algorithms of varying efficiency have been developed since early 1960s by researchers around the globe. The Testing Method Based on Image Analysis for Automated Detection of UI Defects Intended for Mobile Applications. v*+� Abstract. (1993) High-level software synthesis for the design of communication systems. (1984) An algorithm for finding a circuit of even length in a directed graph. (2020) On the graph Laplacian and the rankability of data. Graphs and Order, 592-778. (2017) A survey of author name disambiguation techniques: 2010–2016. : Enumeration of the elementary circuits of a directed graph. '�P3:#Ӵ�a��p���""""Ј��(XQ����eY�e*�d�Bd�%�2TGd�ߑ�E�UB�að�M��X Π�! (2010) Throughput-driven hierarchical placement for two-dimensional regular multicycle communication architecture. (2018) Cliques and cavities in the human connectome. �������x>ARd4�4 2@����D*���j�dᘜD�f DA�͆QN28��G�""KR �;��R �DY�0D5 �ĊDD�P�܂�[���@j�DA� �W�K"��6�-� ��PAw د!�sA�u�XjD�X��8g���!��8k �a2�� �� ��; 5��A��@�D8l"q�A�a��a�d3�Ca�� �4E'� �b�Ga�@d�� �!a�r{!�l�����6CmQO��bza�!��i�A�'6�b&�/@���F�����'��a��Ѡc�{����+�l �鮷H8A6�=�n� �A���H>���:N�[h �=n�����߼:=nﶮ���ۧ'}��~�WI�:�}�zw�a�����z�m'��饷����'��ۧ���J������i6�{�OO��޺�����^���z��W����������o�����������?�[ں���׫����� Design and Analysis of Efficient Algorithm for Counting and Enumerating Cycles in LDPC Codes. Find simple cycles (elementary circuits) of a directed graph. (2015) Conditions on cycles for the stability of networks. The Structure of Cycling in the Ythan Estuary. MR0398155 (53 #2010). 2017. Linked Widgets Platform for Rapid Collaborative Semantic Mashup Development. 2005. (2018) Computing and Listing st-Paths in Public Transportation Networks. Google Scholar [3] S. Kundu and I.F. (2017) Short-Lasting Episodes of Torsade de Pointes in the Chronic Atrioventricular Block Dog Model Have a Focal Mechanism, While Longer-Lasting Episodes Are Maintained by Re-Entry. (2003) A graph-theoretic, linear-time scheme to detect and resolve deadlocks in flexible manufacturing cells. (2017) SoftRing: Taming the reactive model for software defined networks. Let G = (V, E, ϕ) be a directed graph. Find simple cycles (elementary circuits) of a directed graph. 1, March 1975. (2017) Predictive Power in Behavioral Welfare Economics. /Resources 3 0 R Circuit is a closed trail. (2006) An algorithm for counting circuits: Application to real-world and random graphs. /BitsPerComponent 1 Applying P-cycles to multi-service photonic network. (2016) Synthesis of statically analyzable accelerator networks from sequential programs. Automated Reasoning with Analytic Tableaux and Related Methods, 295-310. The algorithm is based on a backtracking procedure of Tiernan, but uses a lookahead and labeling technique to avoid unnecessary work. (2020) Clustering Analysis of a Dissimilarity: a Review of Algebraic and Geometric Representation. Checking SysML Models for Co-simulation. � j(.��U��L�3�qI���̅�R Donald B. Johnson. Hardware Specification, Verification and Synthesis: Mathematical Aspects, 106-128. “Uncloaking Terrorist Networks.” /MediaBox [ 0 0 486 720 ] 2016. (2019) Circuit Detection in Web and Social Network Graphs. (1992) The pseudoexhaustive test of sequential circuits. �*�� elementary-circuits-directed-graph. (2013) An effective network reduction approach to find the dynamical repertoire of discrete dynamic networks. 1999. of Newcastle upon Tyne, Newcastle upon Tyne, England. In response to the outbreak of the novel coronavirus SARS-CoV-2 and the associated disease COVID-19, SIAM has made the following collection freely available. (2011) Supervisory Control and Measurement Scheduling for Discrete-Time Linear Systems. (2018) Resolving namesakes using the author's social network. (2010) A New p-Cycle Selection Approach Based on Efficient Restoration Measure for WDM Optical Networks. (2017) Correlation Miner: Mining Business Process Models and Event Correlations Without Case Identifiers. (2007) ILP Formulation for p-Cycle Construction Based on Flow Conservation. (2014) Mutine: A Mutable Virtual Network Embedding with Game-Theoretic Stochastic Routing. A second application of depth-first search, finding the strongly connected components of a directed graph, is given in Section 23.5. (1991) A test-pattern-generation algorithm for sequential circuits. Robust codiagnosability of discrete event systems. SIAM J. COMPUT. Ask Question Asked 9 years, 9 months ago. (2015) An I/O Efficient Approach for Detecting All Accepting Cycles. (2015) Hybrid de novo tandem repeat detection using short and long reads. /ColorSpace /DeviceGray (2008) Variety and connectivity in kinematic chains. (2017) VisMatchmaker: Cooperation of the User and the Computer in Centralized Matching Adjustment. (2009) Infinite-Horizon Joint LQG Synthesis of Switching and Feedback in Discrete Time. (2003) On the graph traversal and linear binary-chain programs. (2013) Wavelength Path Reconfiguration Design in Transparent Optical WDM Networks. SIAM Journal on Computing 2(3), 211–216 (1973) MathSciNet zbMATH CrossRef Google Scholar 11. (2018) Computing the family-free DCJ similarity. (2006) Prediction of Individual Sequences using Universal Deterministic Finite State Machines. (2006) Computing the Equilibria of Bimatrix Games Using Dominance Heuristics. (2017) Phonon bottleneck identification in disordered nanoporous materials. (2015) Close Communities in Social Networks: Boroughs and 2-Clubs. Vol. D. B. Correlation Mining: Mining Process Orchestrations Without Case Identifiers. An implementation of the Johnson's circuit finding algorithm [1]. (2005) A p-cycle based survivable design for dynamic traffic in WDM networks. Computing and Listing st-Paths in Public Transportation Networks. 2017. 2011. (1983) Computation Path Optimization for Process Simulation by the Sequential Modular Approach. Identification of Chordless Cycles in Ecological Networks. Encyclopedia of Algorithms, 1-7. (2014) A graph/particle-based method for experiment design in nonlinear systems. High-level test generation for sequential circuits. finding all the elementary circuits of a directed (multi)graph. (2018) Output synchronisation design for master–slave Boolean networks. (2010) Have a nice trip: an algorithm for identifying excess routes under satisfaction constraints. (2011) Resource-Transition Circuits and Siphons for Deadlock Control of Automated Manufacturing Systems. /Width 4050 (2005) Topology formulation algorithms for wireless networks with reconfigurable directional links. International Joint Conference SOCO’16-CISIS’16-ICEUTE’16, 376-385. 1988. Formal Modeling of Embedded Systems with Explicit Schedules and Routes. Listing All Fixed-Length Simple Cycles in Sparse Graphs in Optimal Time. Vol. Two elementary circuits are distinct if they are not cyclic permutations of each other. The algorithm resembles algorithms by Tiernan and Tarjan, Leveraging Applications of Formal Methods, Verification and Validation. Click on title above or here to access this collection. (2014) A novel input design approach for systems with quantized output data. 1976. Efficient Algorithms for Listing k Disjoint st-Paths in Graphs. (2008) Algorithm for counting large directed loops. (1983) An analysis of program execution on a recursive stream-oriented data flow architecture. Graph-Based Decomposition of Biochemical Reaction Networks into Monotone Subsystems. (2017) Computational methods for finding long simple cycles in complex networks. (2018) The number of circuits of length 4 in. “A Shortest Augmenting Path Algorithm for Dense and Sparse Linear Assignment Problems.” Computing 38:325–340. >> We can find this kind of models in many different fields, such as transportation, navigation, logistics, management and social networks. Correct Hardware Design and Verification Methods, 207-221. 4, No. ��������~����k�«�����n����H��}:[_�]���}yj��ޱ���}ׯ� �/������W�m��A���������]���8z�w�����}W[�[u��� /׿_K�������޷���WH�����W���E������v��[�ҥ뇾������I$��mk��a��M���߯�j�M��K���/����h*�(��/��Z���.�G��������q��XJ5����%��K�?�����BI��!xo�����r������?��P��0������;W�Hb��?�O Ô9NP�]����������!�a��7�������N281!�������J�����������o������.��߷��������N�_��������ݮ���m��Q���������C�����^�����[]����������������os��Ο��'9��������8;�����?W�Ј������}z�Ꮎ���W�I���_��)>�ޯ�W�����������]_�/�F׻���i^�ޭ���M�{}v��r5:_}��{~�}-/�~�������ZW�����߷O����K����K�հ�����~�[_���oK�I�}t�齿����m+� �->��i*��}�����m&���-n�ջ (2014) Precise deadlock detection for polychronous data-flow specifications. I wanted to ask the more general version of the question. ... Find the longest elementary cycle in a directed graph. 1, March 1975. 2012. 2018. (1989) Feature extraction from boundary models of three-dimensional objects. �]���z�ݦ����a&�_$J�P�ݨP���a� ��kj�v� ;m��$�pi6MnVa��#�IB� � &�M0��A� �p�0I�n:A�䜃�A��A��BDy��#RaO�b@�C3m�A��!�F��@�ˬ b� �@�0�!a�A�by�e D2�� � �[��G�|1 (2016) Calculating the weighted spectral distribution with 5-cycles. 2007. (2017) Relation between topology and heat currents in multilevel absorption machines. Comput. (2012) Understanding the Impacts of Indirect Stakeholder Relationships Stakeholder Value Network Analysis and Its Application to Large Engineering Projects. (2018) General method to find the attractors of discrete dynamic models of biological systems. (2019) A General Purpose Algorithm for Counting Simple Cycles and Simple Paths of Any Length. Tabu search optimization of optical ring transport networks. (2017) Optimising the multilateral netting of fungible OTC derivatives. Reducing the Gap Between the Conceptual Models of Students and Experts Using Graph-Based Adaptive Instructional Systems. (2013) A packet encoding algorithm for network coding with multiple next hop neighbor consideration and its integration with delta routing. Automatic Acquisition of Synonyms of Verbs from an Explanatory Dictionary Using Hyponym and Hyperonym Relations. � �� � TNCX�w� 4C�j����B5�q�9ng;��a�"�DD�%����0�����0@�2,�ԓ���"J�3ytG�!�H���s�h��0 �2P� 2019. (2018) A BCHC genetic algorithm model of cotemporal hierarchical Arabidopsis thaliana gene interactions. /_ ����HB"y��E�)�R5� �A�)3P���C��@Ȅ}�B< �0PA�R*�ڿ%�\�G�C3�X�A��RH~|�3� ��C�"����; �a��A����)�� �gX�C��f��P��%a�Ό���< ¢pA��a4�(M=��5ɔ2s$���"�J��䘥Q.|aS2S�%2� ��S���A�!������A��@����E4,"V�G��!x �0� P�D0�8�i��D�31S���� �����i&�#�P��C��o4K� �UD�4.�T'X�@C Ő���]i6T@�D�=�PdDx�4��0Lq�A�� ΢�C�� An algorithm is presented which finds all the elementary circuits of a directed graph in time bounded by$O((n + e)(c + 1))$and space bounded by$O(n + e)$, where there are n vertices, e edges and c elementary circuits in the graph. (2010) ILP Formulations for$p$-Cycle Design Without Candidate Cycle Enumeration. 4, No. Andrea Marino Finding Graph Patterns. (2008) Enumeration Algorithms for Maximal Perfect-resource-transition Circuits and Strict Minimal Siphons in S3PR. Distributed Autonomous Robotic Systems, 233-245. 1984. (2018) On the Effectiveness of the Satisfiability Attack on Split Manufactured Circuits. (2012) Heuristics for the multi-depot petrol station replenishment problem with time windows. (2013) Counting and Correcting Thermodynamically Infeasible Flux Cycles in Genome-Scale Metabolic Networks. (2010) Periodic Orbits and Equilibria in Glass Models for Gene Regulatory Networks. 1 (1975), pp. (2015) STG-based detection of power virus inputs in FSM. Bibliography. Pattern Recognition, 322-331. This publication has not been reviewed yet. 2012. Communications and Information Processing, 435-442. (1986) Determination of a circuit in a directed graph. J. L. Szwarcfiter and P. E. Lauer, Finding the elementary cycles of a directed graph in O(n + m) per cycle, Technical Report Series, #60, May 1974, Univ. (2011) CT-index: Fingerprint-based graph indexing combining cycles and trees. 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(2019) TOR-ME: Reducing Controller Response Time Based on Rings in Software Defined Networks. /ProcSet [ /PDF /Text /ImageB ] After running Kosaraju’s algorithm we traverse all vertices and compare in degree with out degree which takes … This Demonstration implements Johnson's algorithm, finding all the distinct elementary cycles in a graph, and generates random directed graphs. (2016) Accurately and quickly calculating the weighted spectral distribution. ��}�!rt!�@B"""!�aXQ[DDXB#B"!���DF��a����C6����E�R�CE��4�]�"0�U�0����C���[^�Z��%i{K��/iiE^K��s��$�����# &"Α�0A#EnY���������h&�/+�EqfEb�Ĭ�ae����D�(L�R Determining asynchronous pipeline execution times. (2018) Network-based Receivable Financing. (2018) USA: Faster update for SDN-based internet of things sensory environments. 2014. (2017) Scheduling real-time systems with cyclic dependence using data criticality. | Find, read and cite all the research you need on ResearchGate (2011) Throughput optimization for latency-insensitive system with minimal queue insertion. An elementary cycle in a directed graph is a sequence of vertices in the graph such that for , there exists an edge from to , as well as one from to , and that no vertex appears more than once in the sequence. find all circuits of a directed graph using tarjan's algorithm - josch/cycles_tarjan. Finding all the elementary circuits of a directed graph. Aspect Graphs And Nonlinear Optimization In 3-D Object Recognition. 1, March 1975. ��l$�t�-m�����*�{wL4���� U��Xػ�8h/��]Y�����݅�ۭ{������0a{��{I�V��h;J#U�����liڱ]پC��b��v�a$�0:c���i��ba�$�L&� ���V�a+1�� ����vqi��}��ZLRkf6)����mn�.Րw��[�*�� �I���Гv�M�}��$�NA4�M4� ���Q&M4�v�4��A�Lv��j������*�i��p҆ڃ B�ڷ��zk��� �~�UN�v�����OA�ݧV���o��=[ ��qki�����zw���o�V��U�N>:�_咭���96+���"י��Us+�����?_��������������O������W\ʯ���������B�ȹ[;�RRR)�l��%q�3*z���� However, it is undocumented and it has a time bound (2012) On iterative liveness-enforcement for a class of generalized Petri nets. The algorithm resembles algorithms by Tiernan and Tarjan, but is faster because it considers each edge at most twice between any one circuit and the next in the output … require("elementary-circuits-directed-graph")(adjacencyList, callback) Finds all the elementary circuits of a directed graph using. (1995) Deadlock properties of queueing networks with finite capacities and multiple routing chains. (2014) Translation from BPMN to BPEL, current techniques and limitations. Comparative Genomics, 76-100. 2016. Product Lifecycle Management Enabling Smart X, 695-708. The mixed graph by replacing each undirected edge by two directed edges in. Real-World and random graphs: from local Trees to global loops Explicit and!: 2010–2016 also find the dynamical repertoire of discrete dynamic models of biological systems all Fixed-Length simple cycles elementary... Assembly retrieval approach for Detecting all Accepting cycles plasticity and neuronal refractory Time cause scaling behaviour of avalanches! Structures and algorithms ILP-Based p-Cycle Construction based on flow Conservation of biological systems survivable multicast routing problem on a graph! Robust input design for nonlinear FIR-type systems: An algorithm for the of... Multilevel absorption Machines design Without Candidate cycle Enumeration Three phases in the problem! 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