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Autoscaling/index.html

@@ -956,47 +956,47 @@ <h3 id="available_ram_per_instance">available_ram_per_instance</h3>
 <p>ExplainableQuantity in gigabyte, representing the available ram per server instance.  </p>
 <p>Depends directly on ['<a href="./#ram">RAM of server</a>', '<a href="./#server_utilization_rate">server utilization rate</a>', '<a href="../Service/#base_ram_consumption">Base RAM consumption of service</a>'] through the following formula:</p>
 <p>Available RAM per server instance=RAM of server * server utilization rate - Base RAM consumption of service  </p>
-<p>See Available RAM per server instance calculation graph at <a href='../calculus_graphs/available_ram_per_instance.html' target='_blank'>this link</a></p>
+<p>See Available RAM per server instance calculation graph at <a href='../calculus_graphs/server_available_ram_per_instance.html' target='_blank'>this link</a></p>
 <h3 id="available_cpu_per_instance">available_cpu_per_instance</h3>
 <p>ExplainableQuantity in core, representing the available cpu per server instance.  </p>
 <p>Depends directly on ['<a href="./#cpu_cores">Nb cpus cores of server</a>', '<a href="./#server_utilization_rate">server utilization rate</a>', '<a href="../Service/#base_cpu_consumption">Base CPU consumption of service</a>'] through the following formula:</p>
 <p>Available CPU per server instance=Nb cpus cores of server * server utilization rate - Base CPU consumption of service  </p>
-<p>See Available CPU per server instance calculation graph at <a href='../calculus_graphs/available_cpu_per_instance.html' target='_blank'>this link</a></p>
+<p>See Available CPU per server instance calculation graph at <a href='../calculus_graphs/server_available_cpu_per_instance.html' target='_blank'>this link</a></p>
 <h3 id="all_services_cpu_needs">all_services_cpu_needs</h3>
 <p>Representation of the evolution throughout a typical day of the cpu needs of all services running on server by 24 values in core.  </p>
 <p>Depends directly on ['<a href="../Service/#hour_by_hour_cpu_need">service hour by hour cpu need</a>'] through the following formula:</p>
 <p>CPU needs of all services running on server=service hour by hour cpu need  </p>
-<p>See CPU needs of all services running on server calculation graph at <a href='../calculus_graphs/all_services_cpu_needs.html' target='_blank'>this link</a></p>
+<p>See CPU needs of all services running on server calculation graph at <a href='../calculus_graphs/server_all_services_cpu_needs.html' target='_blank'>this link</a></p>
 <h3 id="all_services_ram_needs">all_services_ram_needs</h3>
 <p>Representation of the evolution throughout a typical day of the ram needs of all services running on server by 24 values in gigabyte.  </p>
 <p>Depends directly on ['<a href="../Service/#hour_by_hour_ram_need">service hour by hour ram need</a>'] through the following formula:</p>
 <p>RAM needs of all services running on server=service hour by hour ram need  </p>
-<p>See RAM needs of all services running on server calculation graph at <a href='../calculus_graphs/all_services_ram_needs.html' target='_blank'>this link</a></p>
+<p>See RAM needs of all services running on server calculation graph at <a href='../calculus_graphs/server_all_services_ram_needs.html' target='_blank'>this link</a></p>
 <h3 id="fraction_of_time_in_use">fraction_of_time_in_use</h3>
 <p>ExplainableQuantity in dimensionless, representing the fraction of time in use of server.  </p>
 <p>Depends directly on ['<a href="./#all_services_cpu_needs">CPU needs of all services running on server</a>', '<a href="./#all_services_ram_needs">RAM needs of all services running on server</a>'] through the following formula:</p>
 <p>Fraction of time in use of server=usage time fraction computation of (retrieving usage hours of (CPU needs of all services running on server) + retrieving usage hours of (RAM needs of all services running on server))  </p>
-<p>See Fraction of time in use of server calculation graph at <a href='../calculus_graphs/fraction_of_time_in_use.html' target='_blank'>this link</a></p>
+<p>See Fraction of time in use of server calculation graph at <a href='../calculus_graphs/server_fraction_of_time_in_use.html' target='_blank'>this link</a></p>
 <h3 id="nb_of_instances">nb_of_instances</h3>
 <p>ExplainableQuantity in dimensionless, representing the nb of server instances.  </p>
 <p>Depends directly on ['<a href="./#all_services_ram_needs">RAM needs of all services running on server</a>', '<a href="./#available_ram_per_instance">Available RAM per server instance</a>', '<a href="./#all_services_cpu_needs">CPU needs of all services running on server</a>', '<a href="./#available_cpu_per_instance">Available CPU per server instance</a>'] through the following formula:</p>
 <p>Nb of server instances=mean of (Hour by hour nb of instances)  </p>
-<p>See Nb of server instances calculation graph at <a href='../calculus_graphs/nb_of_instances.html' target='_blank'>this link</a></p>
+<p>See Nb of server instances calculation graph at <a href='../calculus_graphs/server_nb_of_instances.html' target='_blank'>this link</a></p>
 <h3 id="instances_fabrication_footprint">instances_fabrication_footprint</h3>
 <p>ExplainableQuantity in kilogram / year, representing the instances of server fabrication footprint.  </p>
 <p>Depends directly on ['<a href="./#carbon_footprint_fabrication">Carbon footprint fabrication of server</a>', '<a href="./#nb_of_instances">Nb of server instances</a>', '<a href="./#lifespan">Lifespan of server</a>'] through the following formula:</p>
 <p>Instances of server fabrication footprint=Carbon footprint fabrication of server * Nb of server instances / Lifespan of server  </p>
-<p>See Instances of server fabrication footprint calculation graph at <a href='../calculus_graphs/instances_fabrication_footprint.html' target='_blank'>this link</a></p>
+<p>See Instances of server fabrication footprint calculation graph at <a href='../calculus_graphs/server_instances_fabrication_footprint.html' target='_blank'>this link</a></p>
 <h3 id="instances_power">instances_power</h3>
 <p>ExplainableQuantity in kilowatt_hour / year, representing the power of server instances.  </p>
 <p>Depends directly on ['<a href="./#power">Power of server</a>', '<a href="./#power_usage_effectiveness">PUE of server</a>', '<a href="./#nb_of_instances">Nb of server instances</a>'] through the following formula:</p>
 <p>Power of server instances=Power of server * PUE of server * Nb of server instances  </p>
-<p>See Power of server instances calculation graph at <a href='../calculus_graphs/instances_power.html' target='_blank'>this link</a></p>
+<p>See Power of server instances calculation graph at <a href='../calculus_graphs/server_instances_power.html' target='_blank'>this link</a></p>
 <h3 id="energy_footprint">energy_footprint</h3>
 <p>ExplainableQuantity in kilogram / year, representing the energy footprint of server.  </p>
 <p>Depends directly on ['<a href="./#instances_power">Power of server instances</a>', '<a href="./#average_carbon_intensity">Average carbon intensity of server electricity</a>'] through the following formula:</p>
 <p>Energy footprint of server=Power of server instances * Average carbon intensity of server electricity  </p>
-<p>See Energy footprint of server calculation graph at <a href='../calculus_graphs/energy_footprint.html' target='_blank'>this link</a></p>
+<p>See Energy footprint of server calculation graph at <a href='../calculus_graphs/server_energy_footprint.html' target='_blank'>this link</a></p>
 
 
 

DevicePopulation/index.html

@@ -788,17 +788,17 @@ <h3 id="power">power</h3>
 <p>ExplainableQuantity in kilowatt_hour / year, representing the power of device population devices.  </p>
 <p>Depends directly on ['<a href="./#user_journey_freq_per_up">User journey frequency of usage pattern</a>', '<a href="../Hardware/#power">Power of device on which the user journey is made</a>', '<a href="../UserJourney/#duration">Duration of user journey</a>'] through the following formula:</p>
 <p>Power of device population devices=User journey frequency of usage pattern * Power of device on which the user journey is made * Duration of user journey  </p>
-<p>See Power of device population devices calculation graph at <a href='../calculus_graphs/power.html' target='_blank'>this link</a></p>
+<p>See Power of device population devices calculation graph at <a href='../calculus_graphs/device_population_power.html' target='_blank'>this link</a></p>
 <h3 id="energy_footprint">energy_footprint</h3>
 <p>ExplainableQuantity in kilogram / year, representing the energy footprint of device population.  </p>
 <p>Depends directly on ['<a href="./#power">Power of device population devices</a>', '<a href="../Country/#average_carbon_intensity">Average carbon intensity of devices country</a>'] through the following formula:</p>
 <p>Energy footprint of device population=Power of device population devices * Average carbon intensity of devices country  </p>
-<p>See Energy footprint of device population calculation graph at <a href='../calculus_graphs/energy_footprint.html' target='_blank'>this link</a></p>
+<p>See Energy footprint of device population calculation graph at <a href='../calculus_graphs/device_population_energy_footprint.html' target='_blank'>this link</a></p>
 <h3 id="instances_fabrication_footprint">instances_fabrication_footprint</h3>
 <p>ExplainableQuantity in kilogram / year, representing the devices fabrication footprint of device population.  </p>
 <p>Depends directly on ['<a href="./#user_journey_freq_per_up">User journey frequency of usage pattern</a>', '<a href="../Hardware/#carbon_footprint_fabrication">Carbon footprint fabrication of device on which the user journey is made</a>', '<a href="../UserJourney/#duration">Duration of user journey</a>', '<a href="../Hardware/#lifespan">Lifespan of device on which the user journey is made</a>', '<a href="../Hardware/#fraction_of_usage_time">device on which the user journey is made fraction of usage time</a>'] through the following formula:</p>
 <p>Devices fabrication footprint of device population=User journey frequency of usage pattern * device on which the user journey is made fabrication footprint over user journey  </p>
-<p>See Devices fabrication footprint of device population calculation graph at <a href='../calculus_graphs/instances_fabrication_footprint.html' target='_blank'>this link</a></p>
+<p>See Devices fabrication footprint of device population calculation graph at <a href='../calculus_graphs/device_population_instances_fabrication_footprint.html' target='_blank'>this link</a></p>
 
 
 

Network/index.html

@@ -688,17 +688,17 @@ <h3 id="data_download">data_download</h3>
 <p>ExplainableQuantity in terabyte / year, representing the data download in network.  </p>
 <p>Depends directly on ['<a href="../UserJourney/#data_download">Data download of user journey</a>', '<a href="../DevicePopulation/#user_journey_freq_per_up">User journey frequency of usage pattern</a>'] through the following formula:</p>
 <p>Data download in network=Data download of user journey * User journey frequency of usage pattern  </p>
-<p>See Data download in network calculation graph at <a href='../calculus_graphs/data_download.html' target='_blank'>this link</a></p>
+<p>See Data download in network calculation graph at <a href='../calculus_graphs/network_data_download.html' target='_blank'>this link</a></p>
 <h3 id="data_upload">data_upload</h3>
 <p>ExplainableQuantity in terabyte / year, representing the data upload in network.  </p>
 <p>Depends directly on ['<a href="../UserJourney/#data_upload">Data upload of user journey</a>', '<a href="../DevicePopulation/#user_journey_freq_per_up">User journey frequency of usage pattern</a>'] through the following formula:</p>
 <p>Data upload in network=Data upload of user journey * User journey frequency of usage pattern  </p>
-<p>See Data upload in network calculation graph at <a href='../calculus_graphs/data_upload.html' target='_blank'>this link</a></p>
+<p>See Data upload in network calculation graph at <a href='../calculus_graphs/network_data_upload.html' target='_blank'>this link</a></p>
 <h3 id="energy_footprint">energy_footprint</h3>
 <p>ExplainableQuantity in kilogram / year, representing the energy footprint of network.  </p>
 <p>Depends directly on ['<a href="../DevicePopulation/#user_journey_freq_per_up">User journey frequency of usage pattern</a>', '<a href="./#bandwidth_energy_intensity">bandwith energy intensity of network</a>', '<a href="../UserJourney/#data_download">Data download of user journey</a>', '<a href="../UserJourney/#data_upload">Data upload of user journey</a>', '<a href="../Country/#average_carbon_intensity">Average carbon intensity of devices country</a>'] through the following formula:</p>
 <p>Energy footprint of network=User journey frequency of usage pattern * network consumption during user journey * Average carbon intensity of devices country  </p>
-<p>See Energy footprint of network calculation graph at <a href='../calculus_graphs/energy_footprint.html' target='_blank'>this link</a></p>
+<p>See Energy footprint of network calculation graph at <a href='../calculus_graphs/network_energy_footprint.html' target='_blank'>this link</a></p>
 
 
 

Service/index.html

@@ -748,17 +748,17 @@ <h3 id="hour_by_hour_ram_need">hour_by_hour_ram_need</h3>
 <p>Representation of the evolution throughout a typical day of the service hour by hour ram need by 24 values in gigabyte.  </p>
 <p>Depends directly on ['<a href="../DevicePopulation/#utc_time_intervals_per_up">usage pattern UTC</a>', '<a href="../UserJourneyStep/#ram_needed">RAM needed on server server to process user journey step</a>', '<a href="../UserJourneyStep/#request_duration">Request duration to service in user journey step</a>', '<a href="../UserJourney/#duration">Duration of user journey</a>', '<a href="../DevicePopulation/#nb_user_journeys_in_parallel_during_usage_per_up">Number of user journeys in parallel during usage pattern</a>'] through the following formula:</p>
 <p>service hour by hour ram need=usage pattern UTC * Average ram needed over usage pattern to process user journey step * Number of user journeys in parallel during usage pattern  </p>
-<p>See service hour by hour ram need calculation graph at <a href='../calculus_graphs/hour_by_hour_ram_need.html' target='_blank'>this link</a></p>
+<p>See service hour by hour ram need calculation graph at <a href='../calculus_graphs/service_hour_by_hour_ram_need.html' target='_blank'>this link</a></p>
 <h3 id="hour_by_hour_cpu_need">hour_by_hour_cpu_need</h3>
 <p>Representation of the evolution throughout a typical day of the service hour by hour cpu need by 24 values in core.  </p>
 <p>Depends directly on ['<a href="../DevicePopulation/#utc_time_intervals_per_up">usage pattern UTC</a>', '<a href="../UserJourneyStep/#cpu_needed">CPU needed on server server to process user journey step</a>', '<a href="../UserJourneyStep/#request_duration">Request duration to service in user journey step</a>', '<a href="../UserJourney/#duration">Duration of user journey</a>', '<a href="../DevicePopulation/#nb_user_journeys_in_parallel_during_usage_per_up">Number of user journeys in parallel during usage pattern</a>'] through the following formula:</p>
 <p>service hour by hour cpu need=usage pattern UTC * Average cpu needed over usage pattern to process user journey step * Number of user journeys in parallel during usage pattern  </p>
-<p>See service hour by hour cpu need calculation graph at <a href='../calculus_graphs/hour_by_hour_cpu_need.html' target='_blank'>this link</a></p>
+<p>See service hour by hour cpu need calculation graph at <a href='../calculus_graphs/service_hour_by_hour_cpu_need.html' target='_blank'>this link</a></p>
 <h3 id="storage_needed">storage_needed</h3>
 <p>ExplainableQuantity in terabyte / year, representing the storage needed for service.  </p>
 <p>Depends directly on ['<a href="../UserJourneyStep/#data_upload">Data upload of request user journey step</a>', '<a href="../DevicePopulation/#user_journey_freq_per_up">User journey frequency of usage pattern</a>'] through the following formula:</p>
 <p>Storage needed for service=Data upload of request user journey step * (User journey frequency of usage pattern)  </p>
-<p>See Storage needed for service calculation graph at <a href='../calculus_graphs/storage_needed.html' target='_blank'>this link</a></p>
+<p>See Storage needed for service calculation graph at <a href='../calculus_graphs/service_storage_needed.html' target='_blank'>this link</a></p>