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[Coursera] High Performance Scientific Computing by Dr Randall J LeVeque
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01_High_Performance_Scientific_Computing_Course_Overview (Size: 1.96 GB) (Files: 539)
01_High_Performance_Scientific_Computing_Course_Overview
01_Couse_Preview.mp4
01_Couse_Preview.srt
01_Couse_Preview.txt
02_Week_1_-_Introduction_to_the_Course__Lecture_1
01_W1-L1.1_-_Course_overview.mp4
01_W1-L1.1_-_Course_overview.pdf
01_W1-L1.1_-_Course_overview.srt
01_W1-L1.1_-_Course_overview.txt
02_W1-L1.2-_Course_focus_and_topics.mp4
02_W1-L1.2-_Course_focus_and_topics.srt
02_W1-L1.2-_Course_focus_and_topics.txt
03_W1-L1.3-_Course_strategy.mp4
03_W1-L1.3-_Course_strategy.srt
03_W1-L1.3-_Course_strategy.txt
04_W1-L1.4_-_Prerequisites.mp4
04_W1-L1.4_-_Prerequisites.srt
04_W1-L1.4_-_Prerequisites.txt
05_W1-L1.5_-_Getting_started_demo.mp4
05_W1-L1.5_-_Getting_started_demo.srt
05_W1-L1.5_-_Getting_started_demo.txt
06_W1-L1.6_-_Steady_state_heat_conduction.mp4
06_W1-L1.6_-_Steady_state_heat_conduction.srt
06_W1-L1.6_-_Steady_state_heat_conduction.txt
03_Week_1_-_Lecture_2-_Binary_storage_and_version_control
01_W1-L2.1_-_The_shell.mp4
01_W1-L2.1_-_The_shell.pdf
01_W1-L2.1_-_The_shell.srt
01_W1-L2.1_-_The_shell.txt
02_W1-L2.2_-_Storing_large_arrays.mp4
02_W1-L2.2_-_Storing_large_arrays.srt
02_W1-L2.2_-_Storing_large_arrays.txt
03_W1-L2.3_-_Binary_representation_of_integers.mp4
03_W1-L2.3_-_Binary_representation_of_integers.srt
03_W1-L2.3_-_Binary_representation_of_integers.txt
04_W1-L2.4_-_Fixed_and_floating_point_real_numbers.mp4
04_W1-L2.4_-_Fixed_and_floating_point_real_numbers.srt
04_W1-L2.4_-_Fixed_and_floating_point_real_numbers.txt
05_W1-L2.5_-_Version_control.mp4
05_W1-L2.5_-_Version_control.srt
05_W1-L2.5_-_Version_control.txt
06_W1-L2.6_-_Bitbucket.mp4
06_W1-L2.6_-_Bitbucket.srt
06_W1-L2.6_-_Bitbucket.txt
07_W1-L2.7_-_Github_and_gitk.mp4
07_W1-L2.7_-_Github_and_gitk.srt
07_W1-L2.7_-_Github_and_gitk.txt
04_Week_1_-_Lecture_3-_Demo_of_Python_and_git
01_W1-L3.1_-_Intro_and_sqrt_function.mp4
01_W1-L3.1_-_Intro_and_sqrt_function.pdf
01_W1-L3.1_-_Intro_and_sqrt_function.srt
01_W1-L3.1_-_Intro_and_sqrt_function.txt
02_W1-L3.2_-_Newtons_method.mp4
02_W1-L3.2_-_Newtons_method.srt
02_W1-L3.2_-_Newtons_method.txt
03_W1-L3.3_-_Demo_of_Ipython_and_git_init.mp4
03_W1-L3.3_-_Demo_of_Ipython_and_git_init.srt
03_W1-L3.3_-_Demo_of_Ipython_and_git_init.txt
04_W1-L3.4_-_Developing_script.mp4
04_W1-L3.4_-_Developing_script.srt
04_W1-L3.4_-_Developing_script.txt
05_W1-L3.5_-_Converting_to_a_module-function.mp4
05_W1-L3.5_-_Converting_to_a_module-function.srt
05_W1-L3.5_-_Converting_to_a_module-function.txt
06_W1-L3.6_-_Git_checkout.mp4
06_W1-L3.6_-_Git_checkout.srt
06_W1-L3.6_-_Git_checkout.txt
07_W1-L3.7_-_Adding_docstrings.mp4
07_W1-L3.7_-_Adding_docstrings.srt
07_W1-L3.7_-_Adding_docstrings.txt
05_Week_2_-_Lecture_4-_Continued_demo_of_Python_and_git
01_W2-L4.1_-_Installing_new_software_on_VM.mp4
01_W2-L4.1_-_Installing_new_software_on_VM.pdf
01_W2-L4.1_-_Installing_new_software_on_VM.srt
01_W2-L4.1_-_Installing_new_software_on_VM.txt
02_W2-L4.2_-_Review-_Computing_square_roots.mp4
02_W2-L4.2_-_Review-_Computing_square_roots.srt
02_W2-L4.2_-_Review-_Computing_square_roots.txt
03_W2-L4.3_-_Adding_debug_flags.mp4
03_W2-L4.3_-_Adding_debug_flags.srt
03_W2-L4.3_-_Adding_debug_flags.txt
04_W2-L4.4_-_Changes_for_nonpositive_arguments.mp4
04_W2-L4.4_-_Changes_for_nonpositive_arguments.srt
04_W2-L4.4_-_Changes_for_nonpositive_arguments.txt
05_W2-L4.5_-_Adding_Test_Functions.mp4
05_W2-L4.5_-_Adding_Test_Functions.srt
05_W2-L4.5_-_Adding_Test_Functions.txt
06_W2-L4.6_-_Nose_Tests.mp4
06_W2-L4.6_-_Nose_Tests.srt
06_W2-L4.6_-_Nose_Tests.txt
06_Week_2_-_Lecture_5-_Python_language_features
01_W2-L5.1_-_Python_concepts.mp4
01_W2-L5.1_-_Python_concepts.pdf
01_W2-L5.1_-_Python_concepts.srt
01_W2-L5.1_-_Python_concepts.txt
02_W2-L5.2_-_Objects_and_Methods.mp4
02_W2-L5.2_-_Objects_and_Methods.srt
02_W2-L5.2_-_Objects_and_Methods.txt
03_W2-L5.3_-_Lists_and_Tuples.mp4
03_W2-L5.3_-_Lists_and_Tuples.srt
03_W2-L5.3_-_Lists_and_Tuples.txt
04_W2-L5.4_-_Working_with_Modules.mp4
04_W2-L5.4_-_Working_with_Modules.srt
04_W2-L5.4_-_Working_with_Modules.txt
05_W2-L5.5_-_Graphics_and_Visualization.mp4
05_W2-L5.5_-_Graphics_and_Visualization.srt
05_W2-L5.5_-_Graphics_and_Visualization.txt
06_W2-L5.6_-_Working_with_iPython_Notebook.mp4
06_W2-L5.6_-_Working_with_iPython_Notebook.srt
06_W2-L5.6_-_Working_with_iPython_Notebook.txt
07_Week_2_-_Lecture_6-_NumPy_and_timing_Python_code
01_W2-L6.1_-_NumPy_array_class_for_vectors_and_matrices.mp4
01_W2-L6.1_-_NumPy_array_class_for_vectors_and_matrices.pdf
01_W2-L6.1_-_NumPy_array_class_for_vectors_and_matrices.srt
01_W2-L6.1_-_NumPy_array_class_for_vectors_and_matrices.txt
02_W2-L6.2_-_NumPy_matrix_class.mp4
02_W2-L6.2_-_NumPy_matrix_class.srt
02_W2-L6.2_-_NumPy_matrix_class.txt
03_W2-L6.3_-_Rank_of_an_array.mp4
03_W2-L6.3_-_Rank_of_an_array.srt
03_W2-L6.3_-_Rank_of_an_array.txt
04_W2-L6.4_-_Linear_algebra_with_NumPy.mp4
04_W2-L6.4_-_Linear_algebra_with_NumPy.srt
04_W2-L6.4_-_Linear_algebra_with_NumPy.txt
05_W2-L6.5_-_Numerical_integration_with_NumPy.mp4
05_W2-L6.5_-_Numerical_integration_with_NumPy.srt
05_W2-L6.5_-_Numerical_integration_with_NumPy.txt
06_W2-L6.6_-_Lambda_functions.mp4
06_W2-L6.6_-_Lambda_functions.srt
06_W2-L6.6_-_Lambda_functions.txt
07_W2-L6.7_-_Main_Program_in_Python_module.mp4
07_W2-L6.7_-_Main_Program_in_Python_module.srt
07_W2-L6.7_-_Main_Program_in_Python_module.txt
08_W2-L6.8_-_Timing_execution_of_Python_codes.mp4
08_W2-L6.8_-_Timing_execution_of_Python_codes.srt
08_W2-L6.8_-_Timing_execution_of_Python_codes.txt
08_Week_2_-_Cloud_Computing_Amazon_Web_Service_Supplemental_Information
01_W2-Supliment_1_-_Cloud_Computing_-_Amazon_Web_Services.mp4
01_W2-Supliment_1_-_Cloud_Computing_-_Amazon_Web_Services.srt
01_W2-Supliment_1_-_Cloud_Computing_-_Amazon_Web_Services.txt
02_W2-Supliment_2_-_Amazon_Machine_Images_-_AMIs.mp4
02_W2-Supliment_2_-_Amazon_Machine_Images_-_AMIs.srt
02_W2-Supliment_2_-_Amazon_Machine_Images_-_AMIs.txt
03_W2-Supliment_3_-_Accessing_AMI_Instance_in_Terminal.mp4
03_W2-Supliment_3_-_Accessing_AMI_Instance_in_Terminal.srt
03_W2-Supliment_3_-_Accessing_AMI_Instance_in_Terminal.txt
04_W2-Supliment_4_-_Using_iPython_in_AMI_Instance.mp4
04_W2-Supliment_4_-_Using_iPython_in_AMI_Instance.srt
04_W2-Supliment_4_-_Using_iPython_in_AMI_Instance.txt
05_W2-Supliment_5_-_Making_Instance_Files_Viewable_on_the_Web.mp4
05_W2-Supliment_5_-_Making_Instance_Files_Viewable_on_the_Web.srt
05_W2-Supliment_5_-_Making_Instance_Files_Viewable_on_the_Web.txt
06_W2-Supliment_6_-_Terminating_the_Instance.mp4
06_W2-Supliment_6_-_Terminating_the_Instance.srt
06_W2-Supliment_6_-_Terminating_the_Instance.txt
09_Week_3_-_Lecture_7-_Python_debugging_and_Fortran_intro
01_W3-L7.1_-_Debugging_in_Python-_Using_print_statements.mp4
01_W3-L7.1_-_Debugging_in_Python-_Using_print_statements.pdf
01_W3-L7.1_-_Debugging_in_Python-_Using_print_statements.srt
01_W3-L7.1_-_Debugging_in_Python-_Using_print_statements.txt
02_W3-L7.2_-_Debugging_in_Python-_Using_quotpdbquot_tool.mp4
02_W3-L7.2_-_Debugging_in_Python-_Using_quotpdbquot_tool.srt
02_W3-L7.2_-_Debugging_in_Python-_Using_quotpdbquot_tool.txt
03_W3-L7.3_-_Compiled_vs._Interpreted_language.mp4
03_W3-L7.3_-_Compiled_vs._Interpreted_language.srt
03_W3-L7.3_-_Compiled_vs._Interpreted_language.txt
04_W3-L7.4_-_Fortran-_brief_history_and_versions.mp4
04_W3-L7.4_-_Fortran-_brief_history_and_versions.srt
04_W3-L7.4_-_Fortran-_brief_history_and_versions.txt
05_W3-L7.5_-_Compiling_and_running_Fortran_Fortran_data_types.mp4
05_W3-L7.5_-_Compiling_and_running_Fortran_Fortran_data_types.srt
05_W3-L7.5_-_Compiling_and_running_Fortran_Fortran_data_types.txt
06_W3-L7.6_-_Fortran_arrays_and_loops.mp4
06_W3-L7.6_-_Fortran_arrays_and_loops.srt
06_W3-L7.6_-_Fortran_arrays_and_loops.txt
10_Week_3_-_Lecture_8-_Fortran_subroutines_functions_and_arrays
01_W3-L8.1_-_Fortran_functions_and_subroutines.mp4
01_W3-L8.1_-_Fortran_functions_and_subroutines.pdf
01_W3-L8.1_-_Fortran_functions_and_subroutines.srt
01_W3-L8.1_-_Fortran_functions_and_subroutines.txt
02_W3-L8.2_-_Fortran_Array_operations_and_storage.mp4
02_W3-L8.2_-_Fortran_Array_operations_and_storage.srt
02_W3-L8.2_-_Fortran_Array_operations_and_storage.txt
03_W3-L8.3_-_Aside-_quotnp.reshapequot_and_quotnp.flattenquot_methods.mp4
03_W3-L8.3_-_Aside-_quotnp.reshapequot_and_quotnp.flattenquot_methods.srt
03_W3-L8.3_-_Aside-_quotnp.reshapequot_and_quotnp.flattenquot_methods.txt
04_W3-L8.4_-_Fortran_Array_Memory_management.mp4
04_W3-L8.4_-_Fortran_Array_Memory_management.srt
04_W3-L8.4_-_Fortran_Array_Memory_management.txt
05_W3-L8.5_-_Examples-_Passing_arrays_to_subroutines.mp4
05_W3-L8.5_-_Examples-_Passing_arrays_to_subroutines.srt
05_W3-L8.5_-_Examples-_Passing_arrays_to_subroutines.txt
06_W3-L8.6_-_quotSegmentation_Faultsquot_debugging_in_Fortran.mp4
06_W3-L8.6_-_quotSegmentation_Faultsquot_debugging_in_Fortran.srt
06_W3-L8.6_-_quotSegmentation_Faultsquot_debugging_in_Fortran.txt
11_Week_3_-_Lecture_9-_Multi-file_codes_and_Makefiles
01_W3-L9.1_-_Working_with_multi-file_Fortran_code.mp4
01_W3-L9.1_-_Working_with_multi-file_Fortran_code.pdf
01_W3-L9.1_-_Working_with_multi-file_Fortran_code.srt
01_W3-L9.1_-_Working_with_multi-file_Fortran_code.txt
02_W3-L9.2_-_Dependency_checking_with_Makefiles.mp4
02_W3-L9.2_-_Dependency_checking_with_Makefiles.srt
02_W3-L9.2_-_Dependency_checking_with_Makefiles.txt
03_W3-L9.3_-_Makefiles-_Using_Implicit_Rules_and_variables.mp4
03_W3-L9.3_-_Makefiles-_Using_Implicit_Rules_and_variables.srt
03_W3-L9.3_-_Makefiles-_Using_Implicit_Rules_and_variables.txt
04_W3-L9.4_-_quotmake_cleanquot_target.mp4
04_W3-L9.4_-_quotmake_cleanquot_target.srt
04_W3-L9.4_-_quotmake_cleanquot_target.txt
05_W3-L9.5_-_Getting_fancier-_other_example_targets.mp4
05_W3-L9.5_-_Getting_fancier-_other_example_targets.srt
05_W3-L9.5_-_Getting_fancier-_other_example_targets.txt
12_Week_4_-_Lecture_10-_Fortran_modules_and_Newtons_method
01_W4-L10.1_-_Working_with_Fortran_Modules.mp4
01_W4-L10.1_-_Working_with_Fortran_Modules.pdf
01_W4-L10.1_-_Working_with_Fortran_Modules.srt
01_W4-L10.1_-_Working_with_Fortran_Modules.txt
02_W4-L10.2_-_Example-_Using_a_Module_vs._a_Subroutine.mp4
02_W4-L10.2_-_Example-_Using_a_Module_vs._a_Subroutine.srt
02_W4-L10.2_-_Example-_Using_a_Module_vs._a_Subroutine.txt
03_W4-L10.3_-_Review_of_Newtons_method.mp4
03_W4-L10.3_-_Review_of_Newtons_method.srt
03_W4-L10.3_-_Review_of_Newtons_method.txt
04_W4-L10.4_-_A_Fortran_Module_for_Newtons_method.mp4
04_W4-L10.4_-_A_Fortran_Module_for_Newtons_method.srt
04_W4-L10.4_-_A_Fortran_Module_for_Newtons_method.txt
05_W4-L10.5_-_Using_the_Newtons_method_module.mp4
05_W4-L10.5_-_Using_the_Newtons_method_module.srt
05_W4-L10.5_-_Using_the_Newtons_method_module.txt
13_Week_4_-_Lecture_11-_Computer_architecture_and_memory_optimization
01_W4-L11.1_-_Measuring_computing_performance.mp4
01_W4-L11.1_-_Measuring_computing_performance.pdf
01_W4-L11.1_-_Measuring_computing_performance.srt
01_W4-L11.1_-_Measuring_computing_performance.txt
02_W4-L11.2_-_Memory_hiearchy.mp4
02_W4-L11.2_-_Memory_hiearchy.srt
02_W4-L11.2_-_Memory_hiearchy.txt
03_W4-L11.3_-_Reducing_Memory_Latency-_Temporal_and_Spatial_Locality.mp4
03_W4-L11.3_-_Reducing_Memory_Latency-_Temporal_and_Spatial_Locality.srt
03_W4-L11.3_-_Reducing_Memory_Latency-_Temporal_and_Spatial_Locality.txt
04_W4-L11.4_-_Examples-_Efficiently_working_with_mutlidimensional_arrays_in_Fortran_and_Python.mp4
04_W4-L11.4_-_Examples-_Efficiently_working_with_mutlidimensional_arrays_in_Fortran_and_Python.srt
04_W4-L11.4_-_Examples-_Efficiently_working_with_mutlidimensional_arrays_in_Fortran_and_Python.txt
05_W4-L11.5_-_More_about_memory_cache-_working_with_matrices_with_sizes_as_higher_powers_of_2.mp4
05_W4-L11.5_-_More_about_memory_cache-_working_with_matrices_with_sizes_as_higher_powers_of_2.srt
05_W4-L11.5_-_More_about_memory_cache-_working_with_matrices_with_sizes_as_higher_powers_of_2.txt
06_W4-L11.6_-_Summary-_Basic_considerations_for_optimizing_code.mp4
06_W4-L11.6_-_Summary-_Basic_considerations_for_optimizing_code.srt
06_W4-L11.6_-_Summary-_Basic_considerations_for_optimizing_code.txt
14_Week_4_-_Lecture_12
01_W4-L12.1_-_Computer_arithmetic_with_floating_point_numbers.mp4
01_W4-L12.1_-_Computer_arithmetic_with_floating_point_numbers.pdf
01_W4-L12.1_-_Computer_arithmetic_with_floating_point_numbers.srt
01_W4-L12.1_-_Computer_arithmetic_with_floating_point_numbers.txt
02_W4-L12.2_-_Sample_compiler_optimization_flags.mp4
02_W4-L12.2_-_Sample_compiler_optimization_flags.srt
02_W4-L12.2_-_Sample_compiler_optimization_flags.txt
03_W4-L12.3_-_Manual_code_optimization_examples.mp4
03_W4-L12.3_-_Manual_code_optimization_examples.srt
03_W4-L12.3_-_Manual_code_optimization_examples.txt
04_W4-L12.4_-_CPU_time_vs._throughput.mp4
04_W4-L12.4_-_CPU_time_vs._throughput.srt
04_W4-L12.4_-_CPU_time_vs._throughput.txt
05_W4-L12.5_-_Parallel_computing-_Basic_concepts.mp4
05_W4-L12.5_-_Parallel_computing-_Basic_concepts.srt
05_W4-L12.5_-_Parallel_computing-_Basic_concepts.txt
06_W4-L12.6_-_Multi-thread_computing_with_shared_memory.mp4
06_W4-L12.6_-_Multi-thread_computing_with_shared_memory.srt
06_W4-L12.6_-_Multi-thread_computing_with_shared_memory.txt
07_W4-L12.7_-_Multi-process_computing_with_distributed_memory.mp4
07_W4-L12.7_-_Multi-process_computing_with_distributed_memory.srt
07_W4-L12.7_-_Multi-process_computing_with_distributed_memory.txt
15_Week_5_-_Lecture_13
01_W5-L13.1_-_Amdahls_law.mp4
01_W5-L13.1_-_Amdahls_law.pdf
01_W5-L13.1_-_Amdahls_law.srt
01_W5-L13.1_-_Amdahls_law.txt
02_W5-L13.2_-_Algorithm_Scaling-_Strong_and_Weak_scaling.mp4
02_W5-L13.2_-_Algorithm_Scaling-_Strong_and_Weak_scaling.srt
02_W5-L13.2_-_Algorithm_Scaling-_Strong_and_Weak_scaling.txt
03_W5-L13.3_-_OpenMP_basic_ideas.mp4
03_W5-L13.3_-_OpenMP_basic_ideas.srt
03_W5-L13.3_-_OpenMP_basic_ideas.txt
04_W5-L13.4_-_OpenMP_directives.mp4
04_W5-L13.4_-_OpenMP_directives.srt
04_W5-L13.4_-_OpenMP_directives.txt
05_W5-L13.5_-_Example_OpenMP_test_code.mp4
05_W5-L13.5_-_Example_OpenMP_test_code.srt
05_W5-L13.5_-_Example_OpenMP_test_code.txt
16_Week_5_-_Lecture_14
01_W5-L14.1_-_Continued-_Example_OpenMP_test_code.mp4
01_W5-L14.1_-_Continued-_Example_OpenMP_test_code.pdf
01_W5-L14.1_-_Continued-_Example_OpenMP_test_code.srt
01_W5-L14.1_-_Continued-_Example_OpenMP_test_code.txt
02_W5-L14.2_-_OpenMP_parallel_do_loops.mp4
02_W5-L14.2_-_OpenMP_parallel_do_loops.srt
02_W5-L14.2_-_OpenMP_parallel_do_loops.txt
03_W5-L14.3_-_Aside-_Memory_Stack_considerations_with_OpenMP.mp4
03_W5-L14.3_-_Aside-_Memory_Stack_considerations_with_OpenMP.srt
03_W5-L14.3_-_Aside-_Memory_Stack_considerations_with_OpenMP.txt
04_W5-L14.4_-_OpenMP_do_loops-_using_private_clauses_changing_defaults.mp4
04_W5-L14.4_-_OpenMP_do_loops-_using_private_clauses_changing_defaults.srt
04_W5-L14.4_-_OpenMP_do_loops-_using_private_clauses_changing_defaults.txt
05_W5-L14.5_-_OpenMP_do_loops-_synchronization_and_conditional_clauses.mp4
05_W5-L14.5_-_OpenMP_do_loops-_synchronization_and_conditional_clauses.srt
05_W5-L14.5_-_OpenMP_do_loops-_synchronization_and_conditional_clauses.txt
06_W5-L14.6_-_OpenMP_nested_loops.mp4
06_W5-L14.6_-_OpenMP_nested_loops.srt
06_W5-L14.6_-_OpenMP_nested_loops.txt
07_W5-L14.7_-_OpenMP_reduction_clause.mp4
07_W5-L14.7_-_OpenMP_reduction_clause.srt
07_W5-L14.7_-_OpenMP_reduction_clause.txt
17_Week_5_-_Lecture_15
01_W5-L15.1_-_Timing_Unix_commands_and_Fortran_code.mp4
01_W5-L15.1_-_Timing_Unix_commands_and_Fortran_code.pdf
01_W5-L15.1_-_Timing_Unix_commands_and_Fortran_code.srt
01_W5-L15.1_-_Timing_Unix_commands_and_Fortran_code.txt
02_W5-L15.2_-_Example-_Timing_Fortran_code_for_matrix-matrix_multiplication.mp4
02_W5-L15.2_-_Example-_Timing_Fortran_code_for_matrix-matrix_multiplication.srt
02_W5-L15.2_-_Example-_Timing_Fortran_code_for_matrix-matrix_multiplication.txt
03_W5-L15.3_-_Example-_Timing_Fortran_OpenMP_code_for_matrixmatrix_multiplication.mp4
03_W5-L15.3_-_Example-_Timing_Fortran_OpenMP_code_for_matrixmatrix_multiplication.srt
03_W5-L15.3_-_Example-_Timing_Fortran_OpenMP_code_for_matrixmatrix_multiplication.txt
18_Week_6_-_Lecture_16
01_W6-L16.1_-_Parallelizing_loops_with_data_dependencies_using_OpenMP.mp4
01_W6-L16.1_-_Parallelizing_loops_with_data_dependencies_using_OpenMP.pdf
01_W6-L16.1_-_Parallelizing_loops_with_data_dependencies_using_OpenMP.srt
01_W6-L16.1_-_Parallelizing_loops_with_data_dependencies_using_OpenMP.txt
02_W6-L16.2_-_Thread-safe_and_Non-Thread-safe_functions.mp4
02_W6-L16.2_-_Thread-safe_and_Non-Thread-safe_functions.srt
02_W6-L16.2_-_Thread-safe_and_Non-Thread-safe_functions.txt
03_W6-L16.3_-_Pure_subroutines_and_functions.mp4
03_W6-L16.3_-_Pure_subroutines_and_functions.srt
03_W6-L16.3_-_Pure_subroutines_and_functions.txt
04_W6-L16.4_-_Beyond_parallel_loops-_other_useful_OpenMP_directives.mp4
04_W6-L16.4_-_Beyond_parallel_loops-_other_useful_OpenMP_directives.srt
04_W6-L16.4_-_Beyond_parallel_loops-_other_useful_OpenMP_directives.txt
05_W6-L16.5_-_Example-_Fortran_code_with_these_OpenMP_directives.mp4
05_W6-L16.5_-_Example-_Fortran_code_with_these_OpenMP_directives.srt
05_W6-L16.5_-_Example-_Fortran_code_with_these_OpenMP_directives.txt
19_Week_6_-_Lecture_17
01_W6-L17.1_-_Using_Wakari_for_the_IPython_notebook.mp4
01_W6-L17.1_-_Using_Wakari_for_the_IPython_notebook.pdf
01_W6-L17.1_-_Using_Wakari_for_the_IPython_notebook.srt
01_W6-L17.1_-_Using_Wakari_for_the_IPython_notebook.txt
02_W6-L17.2_-_Fine_vs._Coarse_grain_parallelism.mp4
02_W6-L17.2_-_Fine_vs._Coarse_grain_parallelism.srt
02_W6-L17.2_-_Fine_vs._Coarse_grain_parallelism.txt
03_W6-L17.3_-_Example-_Fine_grain_solution_for_system_of_decoupled_ODEs.mp4
03_W6-L17.3_-_Example-_Fine_grain_solution_for_system_of_decoupled_ODEs.srt
03_W6-L17.3_-_Example-_Fine_grain_solution_for_system_of_decoupled_ODEs.txt
04_W6-L17.4_-_Example-_Coarse_grain_solution_for_system_of_decoupled_ODEs.mp4
04_W6-L17.4_-_Example-_Coarse_grain_solution_for_system_of_decoupled_ODEs.srt
04_W6-L17.4_-_Example-_Coarse_grain_solution_for_system_of_decoupled_ODEs.txt
05_W6-L17.5_-_Example-_Normalizing_a_vector_using_fine_and_coarse_grain_approaches.mp4
05_W6-L17.5_-_Example-_Normalizing_a_vector_using_fine_and_coarse_grain_approaches.srt
05_W6-L17.5_-_Example-_Normalizing_a_vector_using_fine_and_coarse_grain_approaches.txt
06_W6-L17.6_-_Example-_OpenMP_implementation_for_solving_system_of_decoupled_ODEs_with_shared_exit_criterion.mp4
06_W6-L17.6_-_Example-_OpenMP_implementation_for_solving_system_of_decoupled_ODEs_with_shared_exit_criterion.srt
06_W6-L17.6_-_Example-_OpenMP_implementation_for_solving_system_of_decoupled_ODEs_with_shared_exit_criterion.txt
20_Week_6_-_Lecture_18
01_W6-L18.1_-_Introduction_to_MPI_(Message_Passing_Interface).mp4
01_W6-L18.1_-_Introduction_to_MPI_(Message_Passing_Interface).pdf
01_W6-L18.1_-_Introduction_to_MPI_(Message_Passing_Interface).srt
01_W6-L18.1_-_Introduction_to_MPI_(Message_Passing_Interface).txt
02_W6-L18.2_-_MPI_Communications_the_mpi_Module_and_MPI_functions.mp4
02_W6-L18.2_-_MPI_Communications_the_mpi_Module_and_MPI_functions.srt
02_W6-L18.2_-_MPI_Communications_the_mpi_Module_and_MPI_functions.txt
03_W6-L18.3_-_Example-_Approximating_pi_using_OpenMP.mp4
03_W6-L18.3_-_Example-_Approximating_pi_using_OpenMP.srt
03_W6-L18.3_-_Example-_Approximating_pi_using_OpenMP.txt
04_W6-L18.4_-_Example-_Approximating_pi_using_MPI.mp4
04_W6-L18.4_-_Example-_Approximating_pi_using_MPI.srt
04_W6-L18.4_-_Example-_Approximating_pi_using_MPI.txt
05_W6-L18.5_-_MPI_Broadcast-_details_and_examples.mp4
05_W6-L18.5_-_MPI_Broadcast-_details_and_examples.srt
05_W6-L18.5_-_MPI_Broadcast-_details_and_examples.txt
06_W6-L18.6_-_MPI_Reduce-_details_and_examples.mp4
06_W6-L18.6_-_MPI_Reduce-_details_and_examples.srt
06_W6-L18.6_-_MPI_Reduce-_details_and_examples.txt
21_Week_7_-_Lecture_19
01_W7-L19.1_-__IPython_parallel_architecture.mp4
01_W7-L19.1_-__IPython_parallel_architecture.pdf
01_W7-L19.1_-__IPython_parallel_architecture.srt
01_W7-L19.1_-__IPython_parallel_architecture.txt
02_W7-L19.2_-__Getting_started.mp4
02_W7-L19.2_-__Getting_started.srt
02_W7-L19.2_-__Getting_started.txt
03_W7-L19.3_-__Map_and_reduce.mp4
03_W7-L19.3_-__Map_and_reduce.srt
03_W7-L19.3_-__Map_and_reduce.txt
04_W7-L19.4_-_Direct_view_interface.mp4
04_W7-L19.4_-_Direct_view_interface.srt
04_W7-L19.4_-_Direct_view_interface.txt
05_W7-L19.5_-__Waiting_for_results.mp4
05_W7-L19.5_-__Waiting_for_results.srt
05_W7-L19.5_-__Waiting_for_results.txt
06_W7-L19.6_-_Debugging_with_qtconsole.mp4
06_W7-L19.6_-_Debugging_with_qtconsole.srt
06_W7-L19.6_-_Debugging_with_qtconsole.txt
07_W7-L19.7_-_Scatter-gather_and_mpi4py_example.mp4
07_W7-L19.7_-_Scatter-gather_and_mpi4py_example.srt
07_W7-L19.7_-_Scatter-gather_and_mpi4py_example.txt
22_Week_7_-_Lecture_20
01_W7-L20.1_-_Adaptive_quadrature-_Basic_ideas.mp4
01_W7-L20.1_-_Adaptive_quadrature-_Basic_ideas.pdf
01_W7-L20.1_-_Adaptive_quadrature-_Basic_ideas.srt
01_W7-L20.1_-_Adaptive_quadrature-_Basic_ideas.txt
02_W7-L20.2_-_Example-_Recursive_subroutine_for_computing_factorials.mp4
02_W7-L20.2_-_Example-_Recursive_subroutine_for_computing_factorials.srt
02_W7-L20.2_-_Example-_Recursive_subroutine_for_computing_factorials.txt
03_W7-L20.3_-_Fortran_90_code_for_adaptive_quadrature_Version_I-_Serial.mp4
03_W7-L20.3_-_Fortran_90_code_for_adaptive_quadrature_Version_I-_Serial.srt
03_W7-L20.3_-_Fortran_90_code_for_adaptive_quadrature_Version_I-_Serial.txt
04_W7-L20.4_-_Results_from_Serial_code_(Version_I)_for_adaptive_quadrature.mp4
04_W7-L20.4_-_Results_from_Serial_code_(Version_I)_for_adaptive_quadrature.srt
04_W7-L20.4_-_Results_from_Serial_code_(Version_I)_for_adaptive_quadrature.txt
05_W7-L20.5_-_Adaptive_quadrature_Version_II-_Parallel_with_Open_MP.mp4
05_W7-L20.5_-_Adaptive_quadrature_Version_II-_Parallel_with_Open_MP.srt
05_W7-L20.5_-_Adaptive_quadrature_Version_II-_Parallel_with_Open_MP.txt
06_W7-L20.6_-_Adaptive_quadrature_Version_III-_Parallel_with_Open_MP_and_load_balancing.mp4
06_W7-L20.6_-_Adaptive_quadrature_Version_III-_Parallel_with_Open_MP_and_load_balancing.srt
06_W7-L20.6_-_Adaptive_quadrature_Version_III-_Parallel_with_Open_MP_and_load_balancing.txt
07_W7-L20.7_-__Software_for_adaptive_quadrature.mp4
07_W7-L20.7_-__Software_for_adaptive_quadrature.srt
07_W7-L20.7_-__Software_for_adaptive_quadrature.txt
23_Week_7_-_Lecture_21
01_W7-L21.1_-_Review_of_MPI_normalizing_a_vector.mp4
01_W7-L21.1_-_Review_of_MPI_normalizing_a_vector.pdf
01_W7-L21.1_-_Review_of_MPI_normalizing_a_vector.srt
01_W7-L21.1_-_Review_of_MPI_normalizing_a_vector.txt
02_W7-L21.2_-_MPI_AllReduce_and_the_Master-worker_paradigm.mp4
02_W7-L21.2_-_MPI_AllReduce_and_the_Master-worker_paradigm.srt
02_W7-L21.2_-_MPI_AllReduce_and_the_Master-worker_paradigm.txt
03_W7-L21.3_-_MPI_Send_and_Receive.mp4
03_W7-L21.3_-_MPI_Send_and_Receive.srt
03_W7-L21.3_-_MPI_Send_and_Receive.txt
04_W7-L21.4_-_MPI_Receive-_Tags_and_the_status_argument.mp4
04_W7-L21.4_-_MPI_Receive-_Tags_and_the_status_argument.srt
04_W7-L21.4_-_MPI_Receive-_Tags_and_the_status_argument.txt
05_W7-L21.5_-__Blocking_and_non-blocking_send_and_receives.mp4
05_W7-L21.5_-__Blocking_and_non-blocking_send_and_receives.srt
05_W7-L21.5_-__Blocking_and_non-blocking_send_and_receives.txt
24_Week_8_-_Lecture_22
01_W8-L22.1_-_MPI_Send-Receive_example-_Compute_1-norm_of_a_matrix_Version_1.mp4
01_W8-L22.1_-_MPI_Send-Receive_example-_Compute_1-norm_of_a_matrix_Version_1.pdf
01_W8-L22.1_-_MPI_Send-Receive_example-_Compute_1-norm_of_a_matrix_Version_1.srt
01_W8-L22.1_-_MPI_Send-Receive_example-_Compute_1-norm_of_a_matrix_Version_1.txt
02_W8-L22.2_-_MPI_Send-Receive_example-_Compute_1-norm_of_a_matrix_generalized_Version_2.mp4
02_W8-L22.2_-_MPI_Send-Receive_example-_Compute_1-norm_of_a_matrix_generalized_Version_2.srt
02_W8-L22.2_-_MPI_Send-Receive_example-_Compute_1-norm_of_a_matrix_generalized_Version_2.txt
03_W8-L22.3_-_Mathematical_Software_resources_LAPACK_and_BLAS.mp4
03_W8-L22.3_-_Mathematical_Software_resources_LAPACK_and_BLAS.srt
03_W8-L22.3_-_Mathematical_Software_resources_LAPACK_and_BLAS.txt
04_W8-L22.4_-_Using_and_creating_BLAS-LAPACK_libraries.mp4
04_W8-L22.4_-_Using_and_creating_BLAS-LAPACK_libraries.srt
04_W8-L22.4_-_Using_and_creating_BLAS-LAPACK_libraries.txt
05_W8-L22.5_-_Example-_DGESV_and_memory_allocation_for_arrays.mp4
05_W8-L22.5_-_Example-_DGESV_and_memory_allocation_for_arrays.srt
05_W8-L22.5_-_Example-_DGESV_and_memory_allocation_for_arrays.txt
25_Week_8_-_Lecture_23
01_W8-L23.1_-_Review-_Gaussian_elimination_and_LU_factorization.mp4
01_W8-L23.1_-_Review-_Gaussian_elimination_and_LU_factorization.pdf
01_W8-L23.1_-_Review-_Gaussian_elimination_and_LU_factorization.srt
01_W8-L23.1_-_Review-_Gaussian_elimination_and_LU_factorization.txt
02_W8-L23.2_-_Using_DGESV_to_solve_linear_systems-_some_examples.mp4
02_W8-L23.2_-_Using_DGESV_to_solve_linear_systems-_some_examples.srt
02_W8-L23.2_-_Using_DGESV_to_solve_linear_systems-_some_examples.txt
03_W8-L23.3_-_The_diffusion-heat_partial_differential_equation_in_one_spatial_dimension.mp4
03_W8-L23.3_-_The_diffusion-heat_partial_differential_equation_in_one_spatial_dimension.srt
03_W8-L23.3_-_The_diffusion-heat_partial_differential_equation_in_one_spatial_dimension.txt
04_W8-L23.4_-_Finite_difference_method_for_numerical_solutions_of_the_1D_steady-state_diffusion_PDE.mp4
04_W8-L23.4_-_Finite_difference_method_for_numerical_solutions_of_the_1D_steady-state_diffusion_PDE.srt
04_W8-L23.4_-_Finite_difference_method_for_numerical_solutions_of_the_1D_steady-state_diffusion_PDE.txt
05_W8-L23.5_-_Heat_equation_in_2_spatial_domains-_The_Poisson_problem_and_its_finite_difference_approximation.mp4
05_W8-L23.5_-_Heat_equation_in_2_spatial_domains-_The_Poisson_problem_and_its_finite_difference_approximation.srt
05_W8-L23.5_-_Heat_equation_in_2_spatial_domains-_The_Poisson_problem_and_its_finite_difference_approximation.txt
06_W8-L23.6_-_Iterative_methods_the_Jacobi_iteration.mp4
06_W8-L23.6_-_Iterative_methods_the_Jacobi_iteration.srt
06_W8-L23.6_-_Iterative_methods_the_Jacobi_iteration.txt
26_Week_8_-_Lecture_24
01_W8-L24.1_-_Course_resource_notes_for_Linear_algebra_software.mp4
01_W8-L24.1_-_Course_resource_notes_for_Linear_algebra_software.pdf
01_W8-L24.1_-_Course_resource_notes_for_Linear_algebra_software.srt
01_W8-L24.1_-_Course_resource_notes_for_Linear_algebra_software.txt
02_W8-L24.2_-_Implementing_Jacobi_iteration_in_Fortran_and_a_parallel_version_with_OpenMP.mp4
02_W8-L24.2_-_Implementing_Jacobi_iteration_in_Fortran_and_a_parallel_version_with_OpenMP.srt
02_W8-L24.2_-_Implementing_Jacobi_iteration_in_Fortran_and_a_parallel_version_with_OpenMP.txt
03_W8-L24.3_-_Implementing_Jacobi_with_MPI.mp4
03_W8-L24.3_-_Implementing_Jacobi_with_MPI.srt
03_W8-L24.3_-_Implementing_Jacobi_with_MPI.txt
04_W8-L24.4_-_Extending_Jacobi_to_2D.mp4
04_W8-L24.4_-_Extending_Jacobi_to_2D.srt
04_W8-L24.4_-_Extending_Jacobi_to_2D.txt
05_W8-L24.5_-_Gauss-Seidel_iteration_in_1D_and_2D_red-black_ordering_for_parallelizing.mp4
05_W8-L24.5_-_Gauss-Seidel_iteration_in_1D_and_2D_red-black_ordering_for_parallelizing.srt
05_W8-L24.5_-_Gauss-Seidel_iteration_in_1D_and_2D_red-black_ordering_for_parallelizing.txt
06_W8-L24.6_-_SOR.mp4
06_W8-L24.6_-_SOR.srt
06_W8-L24.6_-_SOR.txt
27_Week_9_-_Lecture_25
01_W9-L25.1_-_Cray_supercomputers_and_the_PGAS_language.mp4
01_W9-L25.1_-_Cray_supercomputers_and_the_PGAS_language.pdf
01_W9-L25.1_-_Cray_supercomputers_and_the_PGAS_language.srt
01_W9-L25.1_-_Cray_supercomputers_and_the_PGAS_language.txt
02_W9-L25.2_-_Traditional_PGAS_languages_eg-_Co-Array_Fortran_PGAS_extension_for_Fortran.mp4
02_W9-L25.2_-_Traditional_PGAS_languages_eg-_Co-Array_Fortran_PGAS_extension_for_Fortran.srt
02_W9-L25.2_-_Traditional_PGAS_languages_eg-_Co-Array_Fortran_PGAS_extension_for_Fortran.txt
03_W9-L25.3_-_Chapel_programming_language_and_PGAS.mp4
03_W9-L25.3_-_Chapel_programming_language_and_PGAS.srt
03_W9-L25.3_-_Chapel_programming_language_and_PGAS.txt
04_W9-L25.4_-_Characterizing_languages_for_parallel_computing.mp4
04_W9-L25.4_-_Characterizing_languages_for_parallel_computing.srt
04_W9-L25.4_-_Characterizing_languages_for_parallel_computing.txt
05_W9-L25.5_-_Chapel_motivation.mp4
05_W9-L25.5_-_Chapel_motivation.srt
05_W9-L25.5_-_Chapel_motivation.txt
06_W9-L25.6_-_Chapel_features.mp4
28_Week_9_-_Lecture_26
01_W9-L26.1_-_Introduction_to_Monte_Carlo_methods.mp4
01_W9-L26.1_-_Introduction_to_Monte_Carlo_methods.pdf
01_W9-L26.1_-_Introduction_to_Monte_Carlo_methods.srt
01_W9-L26.1_-_Introduction_to_Monte_Carlo_methods.txt
02_W9-L26.2_-_Classical_Quadrature_problem.mp4
02_W9-L26.2_-_Classical_Quadrature_problem.srt
02_W9-L26.2_-_Classical_Quadrature_problem.txt
03_W9-L26.3_-_Monte-Carlo_Integration-_basic_ideas_and_error_estimation.mp4
03_W9-L26.3_-_Monte-Carlo_Integration-_basic_ideas_and_error_estimation.srt
03_W9-L26.3_-_Monte-Carlo_Integration-_basic_ideas_and_error_estimation.txt
04_W9-L26.4_-_Pseudo-Random_number_generators_generating_pseudo-random_numbers_in_Python.mp4
04_W9-L26.4_-_Pseudo-Random_number_generators_generating_pseudo-random_numbers_in_Python.srt
04_W9-L26.4_-_Pseudo-Random_number_generators_generating_pseudo-random_numbers_in_Python.txt
05_W9-L26.5_-_Generating_pseudo-random_numbers_in_Fortran.mp4
05_W9-L26.5_-_Generating_pseudo-random_numbers_in_Fortran.srt
05_W9-L26.5_-_Generating_pseudo-random_numbers_in_Fortran.txt
06_W9-L26.6_-_Generating_pseudo-random_numbers_in_parallel.mp4
06_W9-L26.6_-_Generating_pseudo-random_numbers_in_parallel.srt
06_W9-L26.6_-_Generating_pseudo-random_numbers_in_parallel.txt
07_W9-L26.7_-_Monte-Carlo_solution_of_Poisson_problem.mp4
07_W9-L26.7_-_Monte-Carlo_solution_of_Poisson_problem.srt
07_W9-L26.7_-_Monte-Carlo_solution_of_Poisson_problem.txt
29_Week_10_-_Lecture_27
01_W10-L27.1_-_Review-_Monte-Carlo_solution_of_Poisson_problem-Laplaces_Equation.mp4
01_W10-L27.1_-_Review-_Monte-Carlo_solution_of_Poisson_problem-Laplaces_Equation.pdf
01_W10-L27.1_-_Review-_Monte-Carlo_solution_of_Poisson_problem-Laplaces_Equation.srt
01_W10-L27.1_-_Review-_Monte-Carlo_solution_of_Poisson_problem-Laplaces_Equation.txt
02_W10-L27.2_-_Random_walk_on_a_lattice.mp4
02_W10-L27.2_-_Random_walk_on_a_lattice.srt
02_W10-L27.2_-_Random_walk_on_a_lattice.txt
03_W10-L27.3_-_Example_Python_implementation-_Random_walk_on_lattice_for_Monte-Carlo_solution_of_Laplaces_equation.mp4
03_W10-L27.3_-_Example_Python_implementation-_Random_walk_on_lattice_for_Monte-Carlo_solution_of_Laplaces_equation.srt
03_W10-L27.3_-_Example_Python_implementation-_Random_walk_on_lattice_for_Monte-Carlo_solution_of_Laplaces_equation.txt
04_W10-L27.4_-_MPI_with_subroutines_and_functions.mp4
04_W10-L27.4_-_MPI_with_subroutines_and_functions.srt
04_W10-L27.4_-_MPI_with_subroutines_and_functions.txt
05_W10-L27.5_-_f2py_wrapper_for_combining_Fortran_and_Python.mp4
05_W10-L27.5_-_f2py_wrapper_for_combining_Fortran_and_Python.srt
05_W10-L27.5_-_f2py_wrapper_for_combining_Fortran_and_Python.txt
30_Week_10_-_Lecture_28
01_W10-L28.1_-_Just-in-time_compilers_for_Python_example_numba.mp4
01_W10-L28.1_-_Just-in-time_compilers_for_Python_example_numba.pdf
01_W10-L28.1_-_Just-in-time_compilers_for_Python_example_numba.srt
01_W10-L28.1_-_Just-in-time_compilers_for_Python_example_numba.txt
02_W10-L28.2_-_Input-Output_data_format-_ASCII_vs._Binary_options_for_binary_data-_HDF_NETCDF.mp4
02_W10-L28.2_-_Input-Output_data_format-_ASCII_vs._Binary_options_for_binary_data-_HDF_NETCDF.srt
02_W10-L28.2_-_Input-Output_data_format-_ASCII_vs._Binary_options_for_binary_data-_HDF_NETCDF.txt
03_W10-L28.3_-_Course_summary_and_take-away_messages.mp4
03_W10-L28.3_-_Course_summary_and_take-away_messages.srt
03_W10-L28.3_-_Course_summary_and_take-away_messages.txt
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