Introduction to Qos Guarantee

What is/are Qos Guarantee?

Qos Guarantee - In the power communication network, a network selection algorithm based on QoS guarantee of power service is proposed for the heterogeneous multi network mixed coexistence scenarios composed of 230MHz wireless private network, 1800MHz wireless private network, WLAN, WiMAX and 5G public network. ^[1] The controller determines the appropriate operator overlap for the QoS guarantee of all the services. ^[2] Simulation results validate that the cascaded NNs outperform the fully connected NN in terms of QoS guarantee. ^[3] In this letter, we present the first attempt to solve the EE-based RA problem for NOMA-BackComNet with QoS guarantee. ^[4] The analytical results provide insights and lay the groundwork for the fine-grained scheduling with QoS guarantee as presented in Part II. ^[5] In addition, as a distinctive feature, we have extended the MongoDB framework with a custom spatial QoS-aware optimizer that exploits our novel partitioning scheme to support two, typically expensive, types of spatial queries with QoS guarantees. ^[6] 4 slotted CSMA/CA mechanism to provide different IoT services with QoS guarantee. ^[7] Furthermore, the fairness is improved among users by QoS guarantee. ^[8] , peak loads appear), the number of QoS guaranteed requests can be greatly increased by deferring the scheduling of a few requests. ^[9] We design a dynamic I/O scheduler named DDL‐QoS that uses solid state drives(SSDs) as QoS guarantee to minimize interference and ensure applications meet their deadline. ^[10] They focus on individual components and are unable to provide such QoS guarantees. ^[11] In general, the inter-cloud environment provides resources as a virtual machine (VM) instance representing processing power, Memory allocated in RAM, and secondary storage for consumer agents with QoS guarantees. ^[12] The simulation results demonstrate the capability of the QoS guarantee and the promising gain of spectrum efficiency brought by our scheme. ^[13] The results demonstrate that our design achieves higher accuracy with the QoS guarantee. ^[14] To address this issue, we propose the QoS guaranteed Routing and Emergency message Dissemination in Device-to-Device(D2D) communication (Q-REDD) assisted C-V2X. ^[15] Motivated by addressing the critical problem, we propose a novel context-aware cognitive QoS management approach, which contains three main steps for context discretization, context reduction and QoS guarantee, which can provide the quantitative end-to-end QoS guarantee and management. ^[16] In this article, we propose an efficient data-placement technique that considers network traffic reduction as well as QoS guarantees for the data blocks to optimize the communication resources. ^[17] The dynamic RRA approach is based on optimization of resource allocation criteria such as energy efficiency, throughput maximization, QoS guarantee, etc. ^[18] The result shows EQAP-MAC achieves higher concurrent performance and priority-based QoS guarantee with lower energy consumption compared with RI-MAC and X-AMC. ^[19] However, existing approaches seldom jointly take into consideration offloading efficiency optimization and QoS guarantee. ^[20] , no QoS guarantee is achieved for high-speed calls. ^[21] However, handling the local repair method with mobile-RPL and QoS guarantee is an challenge issues. ^[22] The convergence of the proposed scheme is proved and numerical results demonstrate its capability to achieve fast convergence with QoS guarantee and significant energy efficiency. ^[23] QoS guarantee in WSNs is difficult and more challenging due to the fact that the sensors have limited resources and the various applications running over these networks have different constraints in their nature and requirements. ^[24] Recently, a novel dual-channel photovoltaic power system has paved the way to achieve both high energy efficiency and QoS guarantee. ^[25] Providing Quality of Service or QoS guarantees for performance of applications running in such environments has been an important area of research in the past decade. ^[26] , IaaS and SaaS components from different vendors) may lead to laxity in the QoS guarantees offered by a service-support system S to various applications. ^[27] According to some related characteristics of wireless multimedia sensor networks (WMSNs), an improved real-time routing protocol (SPEED-RR) with QoS guarantee based on the SPEED protocol is designed, which is mainly used to make an effective compromise between real-time and energy cost so as to ensuring the real-time performance of QoS. ^[28] Although conventional QoS-supported EDCA in WLANs can provide a certain degree of QoS guarantee, the performance of best effort data (low-priority) traffic is sacrificed owing to the blind use of a binary exponential back-off (BEB) mechanism for collision avoidance among WLAN stations (STAs). ^[29] IP Multimedia Subsystem (IMS) is an NGN technology to convergence support of wireline and wireless networks with QoS guarantees. ^[30] QoS guarantees have long been deemed too complicated until the emergence of software-defined networking (SDN) and widely adopted standard OpenFlow. ^[31] Finally, numerical results show that the proposed scheme is effective in aspect of energy saving and QoS guarantee under dynamic environment. ^[32] Thus, improvements in resource allocation criteria, such as energy efficiency, appreciable throughput, QoS guarantee, fairness, priority, interference mitigation, etc. ^[33] Specifically, to achieve load balancing with QoS guarantee, we first formulate the VNF mapping and scheduling problem as a mixed integer linear programming (MILP). ^[34] Simulation results show that our framework provides several improvements in terms of QoS guarantee and network load alleviation. ^[35] However, aforementioned scenarios are a common use-case in which MANETs should still deliver on QoS guarantees to avoid DoS conditions. ^[36] This paper aims to provide a feasibility study for applying mobile networking technologies (4G and 5G) – and its QoS guarantees – to IIoT applications. ^[37] Simulation results verify that the proposed scheme exhibits significant performance gain in terms of sum rate as well as QoS guarantee. ^[38] Because of the diversity of applications that can be installed, it manages a number of different workloads, many of them requiring performance/QoS guarantees. ^[39] In order to create services using IoT devices, the underlying network infrastructure must support large number of such devices with different underlying protocols, and diverse requirements from the service applications (privacy, reliability and QoS guarantee, etc. ^[40] In this paper, we propose a game-theoretic BS allocation approach with a QoS guarantee for downlink femtocell networks. ^[41]

Provide Qos Guarantee

However, all existing works fail to support hierarchical scheduling, a crucial feature that also provides QoS guarantees to grouped flows on tenant boundaries. ^[1] The proposed opportunistic network sharing scheme builds upon a software-defined networking (SDN) approach at an intermediate router to provide QoS guarantees for regular ISP traffic. ^[2] Even, frameworks, such as IntServ and DiffServ that were designed and implemented to provide QoS guarantees, still fail to solve this problem at a wide scale. ^[3] However, due to the user mobility, the VNF on the BS may not have sufficient resource to provide QoS guaranteed services for newly accessed users. ^[4]

E2e Qos Guarantee

Yet the current inter-domain routing protocol, namely, the Border Gateway Protocol (BGP), cannot provide E2E QoS guarantees. ^[1] We propose an SDN-enabled distributed open exchange framework for dynamic optimization of end-to-end (E2E) quality of service (QoS) paths over multi-operator networks, which enables individual network service providers (NSP) to offer inter-operator services with E2E QoS guarantees while allowing each NSP to manage their own network resources. ^[2]

Delay Qos Guarantee

In this paper, we propose two novel dynamic power allocation schemes with statistical delay QoS guarantee in the uplink NOMA system with paired users. ^[1] Considering both security and delay requirements, we define the effective secrecy capacity (ESC) as the user’s maximum secrecy transmission rate in presence of an eaves-dropper under statistical delay QoS guarantees. ^[2]

Effective Qos Guarantee

Simulation results show that the CTMA protocol can differentiate services for different priorities in ATNs according to the real-time channel state, and provide effective QoS guarantee for transmissions of various information. ^[1] Simulation results show that the protocol can differentiate services for different priorities in FANETs according to the real-time channel state, provide effective QoS guarantee for transmissions of various information, and utilize the network bandwidth resources efficiently. ^[2]

Statistical Qos Guarantee

Further, we formulate the joint bandwidth and computation resource allocation problem under the statistical QoS guarantee, to maximize the total revenue of network. ^[1] In this chapter, by combining information theory with the effective capacity (EC) principle, the energy-efficiency optimization problem with statistical QoS guarantee is formulated in the uplink of a two-tier femtocell network. ^[2]

Offering Qos Guarantee

In this paper, we aim to minimize the total power consumption of a dense small cell network while offering QoS guarantees to all its user equipment (UEs). ^[1] This paper develops a strategy for a data center to provide RSR while offering QoS guarantees, expressed in terms of the sojourn time of jobs. ^[2]

Deterministic Qos Guarantee

Thus, new traffic models must be claimed for the purpose of deterministic QoS guarantees and efficient resources allocation. ^[1] In traditional avionics network, the deterministic QoS guarantees are maintained by precise offline configuration during the design period. ^[2]

End Qos Guarantee

It gives priority to those composite services that are hosted on the same virtual machine, physical server, or edge switch with end-to-end QoS guarantee. ^[1] Moreover, high quality video transmission requires high QoS such as efficient bandwidth utilization, high throughput, low delay and high PSNR value for video transmission; in order to utilize the network resources, guaranteed QoS is essential requirement which has been researched by several researchers, however main issue of these approaches are missing end-to-end QoS guarantee for video transmission. ^[2]

qos guarantee cast

Besides, the various requirements of QoS guarantee cast by fast-varying services make the Net-work Function Virtualization (NFV) an essential enabler of edge network evolution. ^[1] the ultra-low latency and massive machine-type communication) urge the functionality deployment to offload from the network core to edge, the various demands of QoS guarantee cast by the diverse services make the NFV an essential enabler of edge network evolution. ^[2]