Techniques to control quality of service for end-to-end paths in a compute environment

At least one non-transitory machine-readable storage medium storing instructions for being executed by processing circuitry of at least one node in a distributed network, the distributed network comprising multiple other nodes, the at least one node to be used in quality of service (QoS) monitoring associated with providing of at least one service, the instructions when executed by the processing circuitry resulting in performance of operations comprising:

• processing, at the at least one node, request data from at least one of the multiple other nodes, the request data being associated with resource utilization associated with the providing of the at least one service;
• processing, at the at least one node, response data from at least one other of the multiple other nodes, the response data being associated with the request data;
• and
• generating, at the at least one node, based upon the response data, other data to be provided to the at least one of the multiple other nodes in association with the providing of the at least one service;
• wherein:
• the response data is to be generated in association with other processing to be provided by at least one end-point of the network;
• the QoS monitoring comprises comparing utilization data to threshold data to determine whether to carry out at least one action;
• the at least one action is (1) for use in enforcing at least one QoS requirement, and (2) configurable to:
• comprise bandwidth reservation;
• and/or
• be related to application network traffic associated with the resource utilization;
• the request data is to be associated, at least in part, with registration-related data associated with the at least one end-point of the network;
• the at least one node is to comprise, at least in part, at least one switch fabric;
• and
• the at least one switch fabric is to be used in implementing the QoS monitoring and/or the at least one action.

At least one server node to be used in a distributed network, the distributed network comprising multiple other nodes, the at least one server node to be used in quality of service (QoS) monitoring associated with providing of at least one service, the at least one server node comprising:

• processing circuitry;
• machine-readable storage storing instructions that are executable by the processing circuitry, the instructions, when executed by the processing circuitry, enabling performance of operations comprising:
• processing, at the at least one server node, request data from at least one of the multiple other nodes, the request data being associated with resource utilization associated with the providing of the at least one service;
• processing, at the at least one server node, response data from at least one other of the multiple other nodes, the response data being associated with the request data;
• and
• generating, at the at least one server node, based upon the response data, other data to be provided to the at least one of the multiple other nodes in association with the providing of the at least one service;
• wherein:
• the response data is to be generated in association with other processing to be provided by at least one end-point of the network;
• the QoS monitoring comprises comparing utilization data to threshold data to determine whether to carry out at least one action;
• the at least one action is (1) for use in enforcing at least one QoS requirement, and (2) configurable to:
• comprise bandwidth reservation;
• and/or
• be related to application network traffic associated with the resource utilization;
• the request data is to be associated, at least in part, with registration-related data associated with the at least one end-point of the network;
• the at least one server node is to comprise, at least in part, at least one switch fabric;
• and
• the at least one switch fabric is to be used in implementing the QoS monitoring and/or the at least one action.

At least one data center to be used in association with a distributed network, the distributed network comprising multiple nodes, the at least one data center comprising:

• at least one node;
• at least one server node to be communicatively coupled to the distributed network and to the at least one node, the at least one server node to be used in quality of service (QoS) monitoring associated with providing of at least one service, the at least one server node comprising:
• processing circuitry;
• machine-readable storage storing instructions that are executable by the processing circuitry, the instructions, when executed by the processing circuitry, enabling performance of operations comprising:
• processing, at the at least one server node, request data from at least one of the multiple nodes, the request data being associated with resource utilization associated with the providing of the at least one service;
• processing, at the at least one server node, response data from the at least one node, the response data being associated with the request data;
• and
• generating, at the at least one server node, based upon the response data, other data to be provided to the at least one of the multiple nodes in association with the providing of the at least one service;
• wherein:
• the response data is to be generated in association with other processing to be provided by at least one end-point of the network;
• the QoS monitoring comprises comparing utilization data to threshold data to determine whether to carry out at least one action;
• the at least one action is (1) for use in enforcing at least one QoS requirement, and (2) configurable to:
• comprise bandwidth reservation;
• and/or
• be related to application network traffic associated with the resource utilization;
• the request data is to be associated, at least in part, with registration-related data associated with the at least one end-point of the network;
• the at least one server node is to comprise, at least in part, at least one switch fabric;
• and
• the at least one switch fabric is to be used in implementing the QoS monitoring and/or the at least one action.

At least one server node to be used in a distributed network, the distributed network comprising multiple other nodes, the at least one server node to be used in quality of service (QoS) monitoring associated with providing of at least one service, the at least one server node comprising:

• at least one processor for:
• processing, at the at least one server node, request data from at least one of the multiple other nodes, the request data being associated with resource utilization associated with the providing of the at least one service;
• processing, at the at least one server node, response data from at least one other of the multiple other nodes, the response data being associated with the request data;
• and
• generating, at the at least one server node, based upon the response data, other data to be provided to the at least one of the multiple other nodes in association with the providing of the at least one service;
• wherein:
• the response data is to be generated in association with other processing to be provided by at least one end-point of the network;
• the QoS monitoring comprises comparing utilization data to threshold data to determine whether to carry out at least one action;
• the at least one action is (1) for use in enforcing at least one QoS requirement, and (2) configurable to:
• comprise bandwidth reservation;
• and/or
• be related to application network traffic associated with the resource utilization;
• the request data is to be associated, at least in part, with registration-related data associated with the at least one end-point of the network;
• the at least one server node is to comprise, at least in part, at least one switch fabric;
• and
• the at least one switch fabric is to be used in implementing the QoS monitoring and/or the at least one action.

A method implemented using at least one node in a distributed network, the distributed network comprising multiple other nodes, the at least one node to be used in quality of service (QoS) monitoring associated with providing of at least one service, the method comprising:

• processing, at the at least one node, request data from at least one of the multiple other nodes, the request data being associated with resource utilization associated with the providing of the at least one service;
• processing, at the at least one node, response data from at least one other of the multiple other nodes, the response data being associated with the request data;
• and
• generating, at the at least one node, based upon the response data, other data to be provided to the at least one of the multiple other nodes in association with the providing of the at least one service;
• wherein:
• the response data is to be generated in association with other processing to be provided by at least one end-point of the network;
• the QoS monitoring comprises comparing utilization data to threshold data to determine whether to carry out at least one action;
• the at least one action is (1) for use in enforcing at least one QoS requirement, and (2) configurable to:
• comprise bandwidth reservation;
• and/or
• be related to application network traffic associated with the resource utilization;
• the request data is to be associated, at least in part, with registration-related data associated with the at least one end-point of the network;
• the at least one node is to comprise, at least in part, at least one switch fabric;
• and
• the at least one switch fabric is to be used in implementing the QoS monitoring and/or the at least one action.