The magic of split augmented Lagrangians applied to K-frame-based l 0–l 2 minimization image restoration

We propose a simple, yet efficient image deconvolution approach, which is formulated as a complementary K-frame-based l ₀–l ₂ minimization problem, aiming at benefiting from the advantages of each frame. The problem is solved by borrowing the idea of alternating split augmented Lagrangians. The experimental results demonstrate that our approach has achieved competitive performance among state-of-the-art methods.     

基于SEA的弹道导弹预警系统作战效能分析

对弹道导弹预警系统支援反导的作战效能提出了运用SEA进行分析的方法．阐述了弹道导弹预警系统效能分析问题,介绍SEA方法的基本原理,给出了弹道导弹预警系统效能性能量度、系统映射与使命映射,并运用TFN—AHP方法确定性能量度权重,建立了弹道导弹预警系统作战效能模型．通过实例对模型进行仿真,给出了仿真结果,验证了模型的有效性．     

电信运营商网络管理系统全新数据展现方案

从1997年中国电信开始97系统建设起，各个运营商相继建立了自己的运营支撑系统（OSS）。运营商的OSS系统一方面作为生产系统，满足日常运雏的工作需要；另一方面作为展现运维水平的窗口，需要在OSS的呈现部分提供更好的界面效果以吸引用户及大客户，为运营商带来更多的价值。微软下一代客户端展示技术——Windows展现架构（WPF）提供了强大的用户界面展现能力，可以为OSS系统提出的新数据展现需求提供良好的解决方案。     

WCDMA软切换的下行发射分集与功率控制策略

分别介绍了传统软切换分集方式、单基站选择分集传输方式（S-SSDT）、多基站选择分集传输方式（M-SSDT）、基站独立分集传输方式（SIDT）等几种发射分集策略，并探讨了相应的下行功率控制方案。     

Nonlinear diffusion for orientation estimation

This letter presents an image orientation estimation method which is based on a combination of two techniques： quadrature filtering and nonlinear diffusion. The quadrature filters are used to get the orientation tensors for edges, then the orientation tensors are smoothed through nonlinear diffusion. Experimental resuits and analysis show the robustness of the proposed method.     

非标准情况下衰荡光谱的理论分析

本文研究了当激光脉冲线宽远大于被测吸收物质的吸收线宽时,衰荡光谱满足的规律,以及在这种情况下,测量灵敏度的大小。     

一种低压低功耗SRAM/SOI单元设计

提出一种改进4管自体偏压结构SRAM/SOI单元.基于TSUPREM4和MEDICI软件的模拟和结构性能的分析,设计单元结构并选取结构参数.该结构采用nMOS栅下的含p+埋沟的衬底体电阻代替传统6管CMOSSRAM单元中的pMOS元件,具有面积小、工艺简单的优点.该结构可以在0.5V的电源电压下正常工作,与6管单元相比,该单元瞬态响应正常,功耗只有6管单元的1/10,满足低压低功耗的要求.     

一种低压低功耗SRAM/SOI单元设计

提出一种改进4管自体偏压结构SRAM/SOI单元.基于TSUPREM4和MEDICI软件的模拟和结构性能的分析,设计单元结构并选取结构参数.该结构采用nMOS栅下的含p 埋沟的衬底体电阻代替传统6管CMOSSRAM单元中的pMOS元件,具有面积小、工艺简单的优点.该结构可以在0.5V的电源电压下正常工作,与6管单元相比,该单元瞬态响应正常,功耗只有6管单元的1/10,满足低压低功耗的要求.     

YAG激光输出波形的时域整形技术

该文以实验为基础,结合理论分析,叙述了能够对YAG脉冲激光器的输出波形进行有效的时域整形的技术--慢调Q腔倒空方法。     

A Hierarchical 3D Graft Printed with Nanoink for Functional Craniofacial Bone Restoration

An ideal craniofacial bone repair graft shall not only focus on the repair ability but also the regeneration of natural architecture with occlusal loads-related function restoration. However, such functional bone tissue engineering scaffold has rarely been reported. Herein, a hierarchical 3D graft is proposed for rebuilding craniofacial bone with both natural structure and healthy biofunction reconstruction. Inspired by the bone healing process, an organic–inorganic nanoink with ultrasmall calcium phosphate oligomers and bone morphogenetic protein-2 incorporated is developed for spatiotemporal guidance of new bone. Based on such homogeneous nanoink, a biomimetic graft, including a cortical layer containing Haversian system, and a cancellous layer featured with triply periodic minimum surface macrostructures, is fabricated via projection-based 3D printing method, and the layers are loaded with distinct concentrations of bioactive factors for regenerating new bone with gradient density. The graft exhibits excellent osteogenic and angiogenic potential in vitro, and accelerates revascularization and reconstructs neo-bone with original morphology in vivo. Benefiting from such natural architecture, loading force is widely transferred with reduced stress concentration around the inserted dental implant. Taken from native physiochemical and structural cues, this wstudy provides a novel strategy for functional tissue engineering through designing function-oriented biomaterials.