认知功能是由19个对记忆力(不连贯的，语义的，工作的记忆)，感知速度和视觉空间能力的各种检测来评价的。
Cognitive function was assessed using a battery of 19 tests for various types of memory (episodic, semantic and working memory), as well as perceptual speed and visuospatial ability.
很多医生都认为：当症状变得严重后用药已经很迟了，所以在目前，很多研究人员开始对部分人群进行精神认知缺陷的检测，以期能够提早预防阿氏病的发生。
Many doctors believe drugs are being given too late, after symptoms are severe, so researchers more recently have started testing some in people with mild cognitive impairment.
正如很多疾病在初期很难被检测出来，红斑狼疮的早期症状(包括疲倦、转移疼痛以及认知障碍)可能会消失并进入缓解阶段。
As with many diseases that are difficult to diagnose initially, lupus's early symptoms (which include fatigue, migrating pain, and cognitive deficits) can lapse and go into remission.
在两年的研究中，他们检测了患者血液中的各种脂肪，并进行了多项认知能力评价。
They measured a variety of fats in the patients' blood and conducted multiple cognitive assessments over a period of two years.
虽然有检测脑震荡的方法，但是大多数仅关注认知损害，并不对伴随的运动技巧降低进行评价。
Methods exist for detecting concussions, but most focus purely on cognitive impairment and do not assess accompanying motor skill deterioration.
然而这项研究并未检测长期将水果纳入膳食对认知能力或痴呆症病发几率的影响。
The study did not, however, measure if a sustained diet that included apples affected cognition or risk of dementia over time.
认知无线电的频谱分配技术研究的是如何对检测到的空闲频谱资源进行有效的管理，是认知无线电系统的一项关键技术。
The spectrum allocation technology, which is one of the key technologies of cognitive radio, the research emphasis is how to manage the spectrum resource effectively.
目的探索2型糖尿病患者认知功能损害的早期检测方法。
Objective To explore the methods for early detection of cognitive impairment in type 2 diabetic patients.
高效、可靠地检测频谱空洞是认知无线电研究的重要技术。
Efficient and reliable detection of spectrum holes is an important technology for cognitive radio.
大脑功能的成像检测在认知神经科学领域具有极其重要的意义。
The imaging and detection of brain function play a very important role in the field of cognitive neuroscience.
目的探讨脑单光子发射断层扫描(SPECT)血流检测对短暂性脑缺血发作(TIA)患者认知障碍判断的价值。
Objective to explore the value of single photon emission computed tomography (SPECT) cerebral blood flow in detecting the cognitive ability of patients with transient ischemic attack (TIA).
这方法可以突出动物的痛感或不舒适感，但是直到现在也没有认知检测来决定动物情感上是什么样的感受。
It can highlight an animal's pain or discomfort but no tests until now have used cognitive testing to determine how animals feel emotionally.
其次，在认知无线电网络中，由于信道的随机性，造成频谱检测过程中的不确定性。
Secondly, the uncertainty during the process of the spectrum detection is caused by the random of the channel in the Cognitive Radio network.
解释这些结果还须谨慎，因为一些男性由于死亡或拒绝而不能进行痴呆诊断或认知检测随访。
Some caution is needed when interpreting the results, as, due to death or refusal, some men could not be given a diagnosis of dementia or follow-up cognitive testing.
分析了认知无线电网络中使用能量检测器进行频谱检测的性能。
We analyzed the performance of spectrum sensing with energy detector in cognitive radio network.
信号信息处理的新技术压缩感知，提供了认知无线电中宽带频谱检测的新方案。
Compressed sensing is a novel technology in signal information processing. It offers a new wide-band spectrum detection scheme in cognitive radio.
该文介绍的DIDAPPER系统是一种具有认知能力的分布式入侵检测系统。
The DIDAPPER system presented in this paper is a distributed intrusion detector with apperception.
研究人员进行了将近6年的家里的采访，并且检测了参加者的认知功能。
The researchers conducted in-home interviews and tested the participants' cognitive function for nearly 6 years.
本文研究了认知无线电关键技术之一的频谱检测技术，并对频谱检测技术在无线体域网中的应用进行了分析。
This paper has studied on spectrum sensing technology, one of the key technologies of cognitive radio systems, and its application of wireless body area networks.
有很多的神经认知检测可用于其诊断(如快速精神状态测试)，但是他们用在急诊显得过于繁琐。
There are a lot of neurocognitive tests that can be used for diagnosis (such as the mini-mental status exam), but they are usually too cumbersome to use in an Ed setting.
目的：探讨P 300认知电位检测对学习障碍儿童脑认知功能缺陷的诊断意义。
AIM: To explore the diagnostic significance of P300 cognitive potentials detect for brain cognitive dysfunction in children with learning disorders.
在长达20年时间里，研究人员们对241位老年志愿者进行研究，一定时间的对他们进行测试然后对他们的思维和认知力进行检测。
Over a span of 20 years, the researchers studied a group of 241 healthy elderly volunteers, giving them regular tests designed to measure their thinking or cognitive powers.
在第三章中，主要对认知无线电的网络架构进行了研究，提出了具有频谱检测层的网络模型。
In the third chapter, we studied cognitive radio network architecture and put forward a new network model with a spectrum sensing layer.
为了解决这个问题，将认知无线电网络分成单跳有簇头结构，通过簇头检测恶意节点。
In order to solve this security problem, cognitive radio networks are divided into single-hop clustering structure, and cluster-head is designed to detect malicious nodes.
但是过多的认知用户参与协同检测，会使整个认知无线电网络的灵敏度降低，同时也会造成巨大的系统开销。
However, too many cooperative users will make the whole sensing time unbearably long and consume huge system resource.
这里有个测试，它能检测你对中国的认知度，你对中国了解多少？
Here is a test that can check out your knowing about China, How do you know about China?
在认知无线电网络中，频谱检测作为一个核心问题受到了广泛的研究。
In cognitive radio networks, spectrum sensing as a core issue has been widely studied.
目的寻求飞行定向认知特征的检测方法，预测飞行员的空间认知水平。
Objective to establish a method for detecting cognitive characteristics of flight orientation in pilots, so as to provide basis for improving their spatial orientation function.
在空间方向上借助概率模糊认知图的表达、推理能力，对来自多个检测器的报警进行融合。
In this model, repetitive alerts are compressed in temporal space based on some rules and alerts from several detectors are fused in spatial space based on PFCM.
在空间方向上借助概率模糊认知图的表达、推理能力，对来自多个检测器的报警进行融合。
In this model, repetitive alerts are compressed in temporal space based on some rules and alerts from several detectors are fused in spatial space based on PFCM.
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