ZTE Launches New Generation Convergence Solution

ZTE Corporation,a leading global provider of telecommunications equipment and network solutions,launched its new-generation IMS-based solution (ZIMS),at the Global NGN Summit 2007 held in Beijing,China.

ZTE Debuts New Generation IPTN Bearer Network Solution

ZTE Corporation announced the formal launch of its new generation IPTN bearer network solution targeting mobile backhaul and multi-service delivery to meet the needs of IP-based services on August 27,2009.It features packet

ZTE's Solution to China Next Generation Internet (CNGI)

Today IPv6 is the hottest topic worldwide. Many countries are positively impelling the research and application of the Next Generation Internet (NGI). China launched a large scale IPv6 backbone network project: China Next Generation Internet (CNGI). This article introduces the birth of IPv6 and CNGI, then discusses ZTE's solution to CNGI in detail.

ZTE Softswitch the Working Solution to Build the New Generation Network

ZTE Softswitch supports the interoperability and convergence oflegacy PSTN/ISDN, PLMN, IN, and the Internet, allowing operatorsor service providers to offer diversified services to any subscriber atany time on a ZTE Softswitch network.With powerful C4 and C5 features, ZTE Softswitch effectivelysolves the evolution problems in the existing networks, protectinglegacy network investment and reducing future investment to a prof-itable level for providers.

ZTE Unveils Next Generation iCTN Transport Network Solution and Flagship Product ZXONE 5800 at MWC Barcelona 2009

ZTE Corporation (ZTE),a leading global provider of telecommunications equipment and network solutions,shined at the Mobile World Congress (MWC) 2009 by rolling out its next generation intelligent Converged Transport

TVP3 3rd Generation of Heat-setting Solutions

The heat-setting of carpet yarns is a necessary process if you want to obtain a high quality woven or tufted carpet. Different setting processes exist, each with its respective advantages and drawbacks (hot air, overheated steam, saturated steam under pressure).

Hybrid optimization of dynamic deployment for networked fire control system

With applying the information technology to the military field, the advantages and importance of the networked combat are more and more obvious. In order to make full use of limited battlefield resources and maximally destroy enemy targets from arbitrary angle in a limited time, the research on firepower nodes dynamic deployment becomes a key problem of command and control. Considering a variety of tactical indexes and actual constraints in air defense, a mathematical model is formulated to minimize the enemy target penetration probability. Based on characteristics of the mathematical model and demands of the deployment problems, an assistance-based algorithm is put forward which combines the artificial potential field （APF） method with a memetic algorithm. The APF method is employed to solve the constraint handling problem and generate feasible solutions. The constrained optimization problem transforms into an optimization problem of APF parameters adjustment, and the dimension of the problem is reduced greatly. The dynamic deployment is accomplished by generation and refinement of feasible solutions. The simulation results show that the proposed algorithm is effective and feasible in dynamic situation.

Clinical Judgment Development: Six Steps to Establish Professional Identity and Role-Specific Competencies in Caring for a Sexual Assault Survivor

Background: Clinical judgment is a specific role that establishes a professional identity. The purpose of this paper is to prepare nursing students to make better judgments in the clinical setting and realign learning and teaching. Methods: We used six steps to arrive at a competent clinical judgment suggested by the National Council State Board of Nursing (NSCBN) as a clinical judgment model 1) recognizing cues, 2) analyzing cues, 3) prioritizing hypotheses, 4) generating solutions, 5) taking an action, and 6) evaluating outcomes during the head-to-toe examination of the patient. Results: The primary outcomes are stabilization of the hemodynamics of the patient and prevention of further blood loss. Fluids are being given to help keep the vascular volume from being depleted, but they cannot solve the underlying problem. Continued assessment, intervention, and monitoring of vital signs through the course of the hospital stay ending with the patient’s discharge. Discussion: Survivors of sexual assault are unique for a nurse to provide care. The nurse needs to assess, intervene, monitor, and pay attention to detail of the 6 steps to clinical judgment, resulting in positive outcomes for their patient. Conclusions: Forensic nursing is a field of nursing that focuses on sexual assault survivor care and works to make the aftermath of their tragic situation easier to cope with. Strengthening clinical judgment skills could remedy significant mistakes made by novice forensic nurses. Critical thinking and clinical ethical reasoning are the building blocks of clinical judgment.

Flow, thermal criticality and transition of a reactive third-grade fluid in a pipe with Reynolds' model viscosity

Neglecting the consumption of the material, a steady incompressible flow of an exothermic reacting third-grade fluid with viscous heating in a circular cylindrical pipe is numerically studied for both cases of constant viscosity and Reynolds＇ viscosity model. The coupled ordinary differential equations governing the flow in cylindrical coordinates, are transformed into dimensionless forms using appropriate transformations, and then solved numerically. Solutions using Maple are presented in tabular form and given in terms of dimensionless central fluid velocity and temperature, skin friction and heat transfer rate for three parametric values in the Reynolds＇ case. The numerical results for the velocity and temperature fields are also presented through graphs. Bifurcations are discussed using shooting method. Comparisons are also made between the present results and those of previous work, and thus verify the validity of the provided numerical solutions. Important properties of thermal criticality are provided for variable viscosity parameter and reaction order. Further numerical results are presented in the form of tables and graphs for transition of physical parameters, while varying certain flow and fluid material parameters. Also, the flow behaviour of the reactive fluid of third-grade is compared with those of the Newtonian reactive fluid.