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虹膜检测是什么?什么原理?为什么很多人说虹膜检测是骗人 虹膜检测仪对人身体健康有什么作用?

来源:www.baiyundou.net   日期:较早时间

虹膜学没有得到任何正规科学研究的支持。

虹膜识别技术,顾名思义,只要将眼睛轻轻一扫,通过信息对比,你的身份便会在几秒内被快速确认,是目前除DNA外最为精准的生物特征识别技术。而虹膜作为人体最独特结构之一,位于瞳孔外环形区域,被透明角膜层覆盖,呈现出复杂的放射状纹理。虹膜自胎儿发育阶段形成后直至死亡终生不变,不因外部干扰而磨损变化,具有极强的唯一性和稳定性。

虹膜识别的错误识别为1/1500000,而苹果TouchID的错误识别为1/50000,虹膜识别的准确率是当前指纹方案的三十倍,而虹膜识别又属于非接触式的识别,识别非常方便高效。虹膜识别还具有唯一性、稳定性、不可复制性、活体检测等特点,综合安全性能上占据绝对优势,其误识率(FAR,把假的认成真的的概率)约为千万分之一,拒识率(FRR把真的当做假的概率)约为千分之一。

扩展资料:

眼睛的注意事项:

1、平常应注意避免用眼过度,外出时可戴有色眼镜保护眼睛。

2、长期使用糖皮质激素的患者,需注意关心用药期间的不良反应。

3、保持积极的心态,注意情绪的疏导。



如果,虹膜检测仪的理论基础是虹膜学,那么,我们就要知道什么是虹膜学,虹膜学是不是有理论基础。

虹膜学的百度百科:“虹膜学是全息理论的一种,由于虹膜能准确的反映身体组织的质量评估。”

然而虹膜识别的百度百科称:“虹膜的形成由遗传基因决定,人体基因表达决定了虹膜的形态、生理、颜色和总的外观。 到二岁左右,虹膜就基本上发育到了足够尺寸,进入了相对稳定的时期。除非极少见的反常状况、身体或精神上大的创伤造成虹膜外观上的改变外,虹膜形貌可以保持数十年没有多少变化。”

也就是说,一般情况下,虹膜和指纹是一样的,是不太会变化,并且,即使变化,幅度也是轻微的。所以可以运用于生物识别。

如果,虹膜识别和指纹识别,是科学的话,那么,基于虹膜改变或者是大改变(比如坑洞的说法)的虹膜诊断的,从逻辑上,是很难说通的。

显然,虹膜识别和指纹识别具有科学的经验性和实践性。

虹膜学得百度百科中没有对虹膜学的批评,但在基维百科中有:“Criticism
The majority of medical doctors reject all the claims of all branches of iridology and label them as pseudoscience or even quackery.[8]
Critics, including most practitioners of medicine, dismiss iridology given that published studies have indicated a lack of success for its claims. To date, clinical data do not support correlation between illness in the body and coinciding observable changes in the iris. In controlled experiments,[3] practitioners of iridology have performed statistically no better than chance in determining the presence of a disease or condition solely through observation of the iris.
It has been pointed out that the premise of iridology is at odds with the fact that the iris does not undergo substantial changes in an individual's life. Iris texture is a phenotypical feature that develops during gestation and remains unchanged after birth. There is no evidence for changes in the iris pattern other than variations in pigmentation in the first year of life and variations caused by glaucoma treatment. The stability of iris structures is the foundation of the biometric technology which uses iris recognition for identification purposes.[9][10]
[edit]Scientific research into iridology

Well-controlled scientific evaluation of iridology has shown entirely negative results, with all rigorous double blind tests failing to find any statistical significance to its claims.
In a study published in the Journal of the American Medical Association, three iridologists incorrectly identified kidney disease in photographs of irises and often disagreed with each other. The researchers concluded: "iridology was neither selective nor specific, and the likelihood of correct detection was statistically no better than chance."[11]
Another study was published in the British Medical Journal which selected 39 patients who were due to have their gall bladder removed the following day, because of suspected gallstones. He also selected a group of people who did not have diseased gall bladders to act as a control. A group of 5 iridologists examined a series of slides of both groups' irises. The iridologists could not correctly identify which patients had gall bladder problems and which had healthy gall bladders. For example, one of the iridologists diagnosed 49% of the patients with gall stones as having them and 51% as not having them. Dr Knipschild concluded:, "...this study showed that iridology is not a useful diagnostic aid." Iridologists defended themselves and attacked the study's methodology.[12]
Edzard Ernst raised the question in 2000: "Does iridology work? [...] This search strategy resulted in 77 publications on the subject of iridology. [...] All of the uncontrolled studies and several of the unmasked experiments suggested that iridology was a valid diagnostic tool. The discussion that follows refers to the 4 controlled, masked evaluations of the diagnostic validity of iridology. [...] In conclusion, few controlled studies with masked evaluation of diagnostic validity have been published. None have found any benefit from iridology."[3]


虹膜检测是近几年在国内推广运用的.但进入中国的时间已经有很多年了,只是一直运用的不是很好.甚至有很多并不是很懂虹膜学的人拿来欺骗消费者,导致很多人觉得虹膜检测是骗人的.其实虹膜检测在国外很多国家是政府承认的医学检测手法,就像我们中国的中医用的手诊和面诊.比如韩国和澳大利亚等国家.并且有相关的数据说明

虹膜就是人的黑眼球,虹膜检测就是通过人的眼球检测出人体内五脏六腑的未发病症,是一种亚健康检查。不是骗人的。它针对的是亚健康人群。如果检测出来身体哪有问题你不注意那么经过一段时间继续发展就会病变,等你有感觉时。就该去医院里了。

虹膜就是人的黑眼球,虹膜检测就是通过人的眼球检测出人体内五脏六腑的未发病症,是一种亚健康检查。不是骗人的。

虹膜检测仪对人身体健康有什么作用?~

虹膜仪/虹膜机也叫数字式虹膜相机,是光、电、机一体化的产品。虹膜机的核心部件是电荷耦合器件(CCD)图像传感器,它使用一种高感光度的半导体材料制成,能把光线转变为电荷,通过模数转换器芯片转换成数字信号,数字信号经过压缩以后由相机内部的闪速存储器或内置硬盘卡把所摄的影像保存起来。因而可以轻而易举地把数据传输给计算机,并借助于计算机的处理手段,根据需要和想象来修改图像。

由于电脑的普及,虹膜机的优越性在保健预防上越来越显现,医药保健品行业中有不少人都在使用虹膜机,或正在准备虹膜机。虹膜机分辩率固然重要,其实虹膜机上的还有一些参数也不能忽视,比如说虹膜仪/虹膜机上的白平衡的作用,有一些人是不太清楚,有的人认为有无白平衡不那么重要,也有的不知白平衡是什么东西。在此我初浅谈一点对白平衡认识与虹膜使用者聊聊。

在我们使用老虹膜机,或使用过没有白平衡的虹膜机时,你会发现荧光灯的光人眼看起来是白色的,但拍摄出来的图像色彩却有点偏绿;同样,如果是在白炽灯下,拍出图像的色彩就会明显偏红,这就是我们常说偏色。图像偏色是由于环境光的色温作用而造成,在不同光源下,因色温不同,拍摄出来的照片会偏色。人的眼睛之所以把它们都看成白色的,是因为人眼对色温进行了修正。人们一直想如果能够使相机拍摄出的图像色彩和人眼所看到的色彩完全一样就好了。但是,由于CCD传感器本身没有这种功能,因此就有必要对它输出的信号进行一定的修正,这种修正就叫做白平衡。利用白平衡功能来作修正,其原理是控制光线中红、绿、蓝(RGB)三原色的明亮度,使影像中最大光位达到纯白,便能令其它色彩准确。所以白平衡控制就是通过图像调整,使在各种光线条件下拍摄出的照片色彩和人眼所看到的景物色彩完全相同。

简单地说白平衡就是无论环境光线如何,仍然把"白"定义为"白"的一种功能。颜色实质上就是对光线的解释,在正常光线下看起来是白颜色的东西在较暗的光线下看起来可能就不是白色,还有荧光灯下的"白"也是"非白"。对于这一切如果能调整白平衡,则在所得到的照片中就能正确地以"白"为基色来还原其他颜色。现在大多数的商用级数码相机均提供白平衡调节功能。正如前面提到的白平衡与周围光线密切相关,因而,启动白平衡功能时闪光灯的使用就要受到限制,否则环境光的变化会使得白平衡失效或干扰正常的白平衡。

对于虹膜数码相机,虽然白平衡可以在图像处理软件中进行调整,但如果您对图象软件不是很熟悉,或者不愿太麻烦调整,您最好还是选择具有较好的白平衡功能的虹膜数码相机。

专业的虹膜仪/虹膜机既有自动进行白平衡的,也有手动进行的。即使是自动进行,其修正能力也各不相同。当然您选择的虹膜仪/虹膜机最好能够具有手动和自动两种方式,多种模式控制白平衡,这样你在拍照片时,可以根据环境光来使用好虹膜仪/虹膜机上的白平衡

如果,虹膜检测仪的理论基础是虹膜学,那么,我们就要知道什么是虹膜学,虹膜学是不是有理论基础。

虹膜学的百度百科:“虹膜学是全息理论的一种,由于虹膜能准确的反映身体组织的质量评估。”

然而虹膜识别的百度百科称:“虹膜的形成由遗传基因决定,人体基因表达决定了虹膜的形态、生理、颜色和总的外观。 到二岁左右,虹膜就基本上发育到了足够尺寸,进入了相对稳定的时期。除非极少见的反常状况、身体或精神上大的创伤造成虹膜外观上的改变外,虹膜形貌可以保持数十年没有多少变化。”

也就是说,一般情况下,虹膜和指纹是一样的,是不太会变化,并且,即使变化,幅度也是轻微的。所以可以运用于生物识别。

如果,虹膜识别和指纹识别,是科学的话,那么,基于虹膜改变或者是大改变(比如坑洞的说法)的虹膜诊断的,从逻辑上,是很难说通的。

显然,虹膜识别和指纹识别具有科学的经验性和实践性。


虹膜学得百度百科中没有对虹膜学的批评,但在基维百科中有:“Criticism
The majority of medical doctors reject all the claims of all branches of iridology and label them as pseudoscience or even quackery.[8]
Critics, including most practitioners of medicine, dismiss iridology given that published studies have indicated a lack of success for its claims. To date, clinical data do not support correlation between illness in the body and coinciding observable changes in the iris. In controlled experiments,[3] practitioners of iridology have performed statistically no better than chance in determining the presence of a disease or condition solely through observation of the iris.
It has been pointed out that the premise of iridology is at odds with the fact that the iris does not undergo substantial changes in an individual's life. Iris texture is a phenotypical feature that develops during gestation and remains unchanged after birth. There is no evidence for changes in the iris pattern other than variations in pigmentation in the first year of life and variations caused by glaucoma treatment. The stability of iris structures is the foundation of the biometric technology which uses iris recognition for identification purposes.[9][10]
[edit]Scientific research into iridology


Well-controlled scientific evaluation of iridology has shown entirely negative results, with all rigorous double blind tests failing to find any statistical significance to its claims.
In a study published in the Journal of the American Medical Association, three iridologists incorrectly identified kidney disease in photographs of irises and often disagreed with each other. The researchers concluded: "iridology was neither selective nor specific, and the likelihood of correct detection was statistically no better than chance."[11]
Another study was published in the British Medical Journal which selected 39 patients who were due to have their gall bladder removed the following day, because of suspected gallstones. He also selected a group of people who did not have diseased gall bladders to act as a control. A group of 5 iridologists examined a series of slides of both groups' irises. The iridologists could not correctly identify which patients had gall bladder problems and which had healthy gall bladders. For example, one of the iridologists diagnosed 49% of the patients with gall stones as having them and 51% as not having them. Dr Knipschild concluded:, "...this study showed that iridology is not a useful diagnostic aid." Iridologists defended themselves and attacked the study's methodology.[12]
Edzard Ernst raised the question in 2000: "Does iridology work? [...] This search strategy resulted in 77 publications on the subject of iridology. [...] All of the uncontrolled studies and several of the unmasked experiments suggested that iridology was a valid diagnostic tool. The discussion that follows refers to the 4 controlled, masked evaluations of the diagnostic validity of iridology. [...] In conclusion, few controlled studies with masked evaluation of diagnostic validity have been published. None have found any benefit from iridology."[3]

相关要点总结:

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