Additionally, Fixstars Amplify is compatible with not only its own annealing machine, Fixstars Amplify AE, but also all available quantum annealing/Ising solvers, mathematical optimization solvers, and gate-based quantum computers. * Ising machines are specialized machines for solving combinatorial ...
Programming with Fixstars Amplify Amplify SDK automatically converts your model into the form suitable for the Ising machine of your choice. Amplify SDK also converts the output from the machine into the form that is easy for you to use. ...
fixstars/amplify-se-examples’s past year of commit activity HTML0MIT000UpdatedJul 3, 2024 cuda-bundle-adjustmentPublic A CUDA implementation of Bundle Adjustment fixstars/cuda-bundle-adjustment’s past year of commit activity C++376Apache-2.046130UpdatedFeb 6, 2024 ...
Fixstars Amplify Scheduling Engineで半導体テスト計画を試す 生産計画未経験者がFixstars Amplify Scheduling Engineを使って、半導体製造工程における仮想のテスト計画のスケジューリング最適化を試みました。 Fixstars Amplify Scheduling Engineは、Fixstars Amplify SDKから利用することができます。以下はSDK...
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Utilities Input/Output with LP/QPLIB File ABinaryQuadraticModelof the Amplify SDK can be saved/loaded into/from a file in LP format or QPLIB format. LP File Format The LP file format follows the format described inGurobi LP Format. However, the following restrictions apply. ...
>>>fromamplifyimport(gen_symbols,...BinaryIntQuadraticModel)>>>fromamplify.constraintimportequal_to>>>q=gen_symbols(BinaryIntQuadraticModel,3)>>>model=BinaryIntQuadraticModel(q[0]+q[1]+q[2],equal_to(q[0],1))>>>model.input_polyq_0 + q_1 + q_2 ...
to_BinaryMatrix(self: amplify.IsingMatrix, ascending: bool = True) → Tuple[amplify.BinaryMatrix, float] Converts the matrix to BinaryMatrix. By this function, the Ising model formulation sTJs−TrJ+sT⋅diagJ would be transformed to the QUBO formulation qTQq, where q is a vector of ...
resize(self:amplify.BinaryIntMatrix,size:int)→None size(self:amplify.BinaryIntMatrix)→int Returns the matrix size. Returns: size of the matrix Return type: int Example >>>fromamplifyimportBinaryIntMatrix>>>m=BinaryIntMatrix(3)>>>m.size()3 ...
resize(self:amplify.BinaryMatrix,size:int)→None size(self:amplify.BinaryMatrix)→int Returns the matrix size. Returns: size of the matrix Return type: int Example >>>fromamplifyimportBinaryMatrix>>>m=BinaryMatrix(3)>>>m.size()3 ...