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| 1 | A Reconfigurable Low-Noise Amplifier Using a Tunable Active Inductor for Multistandard Receivers显示文摘 | Hojjat Babaei Kia Abu Khari A’ain Ian Grout Izam Kamisian | 2013 | Circuits Systems and Signal Processing2013，，3： | 1 |
| 2 | Plant regeneration of Zoysiagrass from embryo-derived callus 显示文摘 | AI Khary J M Huang F H Thompson L F | 1989 | Crop Science1989，29，5： | 1 |
| 3 | The Myth of Consociationalism? Conflict Reductionin Divided Societies显示文摘 | Joel Selway Kharis Templeman | | 0，，12： | 1 |
| 4 | Oxidative stress in the context of acutecerebrovascular stroke显示文摘 | EI Kossi MM Za Khary MM | 2000 | Stroke2000，31，8： | 1 |
| 5 | Fast Single Image Haze Removal Method for Inhomogeneous Environment Using Variable Scattering Coefficient显示文摘The images capture in a bad environment usually loses its fidelity and contrast.As the light rays travel towards its destination they get scattered several times due to the tiny particles of fog and pollutants in the environment,therefore the energy gets lost due to multiple scattering till it arrives its destination,and this degrades the images.So the images taken in bad weather appear in bad quality.Therefore,single image haze removal is quite a bit tough task.Significant research has been done in the haze removal algorithm but in all the techniques,the coefficient of scattering is taken as a constant according to the homogeneous atmosphere but in real time this does not happen.Therefore,this paper introduces a simple and efficient method so that the scattering coefficient becomes variable according to the inhomogeneous environment.Then,this research aims to remove the haze with the help of a fast and effective algorithm i.e.,Prior Color Fading,according to the inhomogeneous environmental properties.Thereby,to filter the depth map,the authors used a weighted guided image filtering which removes the drawbacks of guided image filter.Afterwards the scattering coefficient is made variable according to the inhomogeneous atmosphere and then the Simple Color Balance Algorithm is applied so that the readability property of images can be increased.The proposed method tested on various general outdoor images and synthetic hazy images and analyzed on various parameters Mean Square Error(MSE),Root Mean Square Error(RMSE),Peak Signal to Noise Ratio(PSNR),Mean Structural Similarity(MSSIM)and the Universal Objective Quality Index(UQI).Experimental results for the proposed method show that the proposed approach provides better results as compared to the state-of-the-art haze removal algorithms. | Rashmi Gupta Manju Khari Vipul Gupta Elena Verdú Xing Wu Enrique Herrera-Viedma Rubén González Crespo | 2020 | Computer Modeling in Engineering & Sciences2020，，6： | 0 |
| 6 | “藏匿”比特币的画作日渐主流化显示文摘玛格丽特·德库尔塞勒(Marguerite deCourcelle)的生活处于比特币和艺术的特殊交叉点上。艺名为@coin_artist的德库尔塞勒被誉为加密艺术谜题的发明人,这类隐藏着复杂密码的画作会以价值不菲的虚拟货币奖励第一个破解其中奥秘的人。 | Olga Khari 许子轩(译) | 2019 | 商业周刊(中文版)2019，0，2： | 0 |
| 7 | Assessment of cardiovascular risk in diabetes:Risk scores and provocative testing显示文摘Cardiovascular disease(CVD) is the leading cause of morbidity and mortality among patients with diabetes mellitus,who have a risk of cardiovascular mortality two to four times that of people without diabetes.An individualised approach to cardiovascular risk estimation and management is needed.Over the past decades,many risk scores have been developed to predict CVD.However,few have been externally validated in a diabetic population and limited studies have examined the impact of applying a prediction model in clinical practice.Currently,guidelines are focused on testing for CVD in symptomatic patients.Atypical symptoms or silent ischemia are more common in the diabetic population,and with additional markers of vascular disease such as erectile dysfunction and autonomic neuropathy,these guidelines can be difficult to interpret.We propose an algorithm incorporating cardiovascular risk scores in combination with typical and atypical signs and symptoms to alert clinicians to consider further investigation with provocative testing.The modalities for investigation of CVD are discussed. | Teresa Lam Kharis Burns Mark Dennis N Wah Cheung Jenny E Gunton | 2015 | World Journal of Diabetes2015，6，4： | 0 |
| 8 | Guest editorial of the special issue ‘human-centric, decentralised, and hyper automated cyber-physical systems’显示文摘The emergence of affordable communication and computer technologies has brought virtual and physical space closer together in recent years.Cyber-physical systems,which are the outcome of this confluence,have changed the condition of healthcare,medicine,the environment,sustainability,transportation,and energy.Cyber-Physical Systems(CPS)are a synthesis of virtual and physical technologies.As it enables intelligent machines to exert influence on the actuators based on their interaction with the characteristics of the actual world,this technology has caused a spectacular commotion in the technological revolutions.Future digital worlds’behaviours will be governed by the control loops that CPSs build.Through intricate models,CPS specifies the sub-system and its actions. | Manju Khari Rubén González Crespo Hemlata Sharma | 2023 | Journal of Control and Decision2023，10，1： | 0 |
| 9 | Controlling chaos based on a novel intelligent integral terminal sliding mode control in a rod-type plasma torch显示文摘An integral terminal sliding mode controller is proposed in order to control chaos in a rod-type plasma torch system.In this method, a new sliding surface is defined based on a combination of the conventional sliding surface in terminal sliding mode control and a nonlinear function of the integral of the system states. It is assumed that the dynamics of a chaotic system are unknown and also the system is exposed to disturbance and unstructured uncertainty. To achieve a chattering-free and high-speed response for such an unknown system, an adaptive neuro-fuzzy inference system is utilized in the next step to approximate the unknown part of the nonlinear dynamics. Then, the proposed integral terminal sliding mode controller stabilizes the approximated system based on Lyapunov's stability theory. In addition, a Bee algorithm is used to select the coefficients of integral terminal sliding mode controller to improve the performance of the proposed method. Simulation results demonstrate the improvement in the response speed, chattering rejection, transient response,and robustness against uncertainties. | Safa Khari Zahra Rahmani Behrooz Rezaie | 2016 | Chinese Physics B2016，25，5： | 0 |
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