Sentences with phrase «visual studies as»

Not exact matches

Unless (as is seldom the case) the prospect has already studied your product category, a list of features is just visual noise.

Writing for The Guardian, Ally Fogg also notes that while some studies have shown that visual pornography can have negative effects on people, there is no real science claiming the same as far as simple reading and writing is concerned:

Chatbots also have the ability to parse and analyze huge amounts of information quickly and efficiently, so they can be utilized to provide visual representations of complex studies and their results as well.

We have been given permission to upload audio - visual materials from the Center for Process Studies and will be asking for other organizations to allow us into their files as well.

Artificial Intelligence (AI), according to the Oxford English Dictionary, focuses on the study of «computer systems able to perform tasks normally requiring human intelligence — such as visual perception, speech recognition, decision - making, and translation between languages».

The study describes a visual examination sampling plan for determining the number of GCGs per kilogram of whole commodities, as well as a proposed threshold for meeting the GFCO requirement of 10 ppm or less.

Lutein studies report that 10 milligrams of lutein from supplements or dietary sources improves visual function and can help reduce the risk of developing certain eye conditions as you age.

As Larry Leverenz, Ph.D, ATC, a co-author of the groundbreaking 2010 study (4) that was the first to identify such athletes noted, because such athletes have not suffered damage to areas of the brain associated with language and auditory processing, they are unlikely to exhibit clinical signs of head injury (such as headache or dizziness), or show impairment on sideline assessment for concussion, all of which test for verbal, not visual memorAs Larry Leverenz, Ph.D, ATC, a co-author of the groundbreaking 2010 study (4) that was the first to identify such athletes noted, because such athletes have not suffered damage to areas of the brain associated with language and auditory processing, they are unlikely to exhibit clinical signs of head injury (such as headache or dizziness), or show impairment on sideline assessment for concussion, all of which test for verbal, not visual memoras headache or dizziness), or show impairment on sideline assessment for concussion, all of which test for verbal, not visual memory.

In a March 11, 2015 «Well» blog New York Times health reporter, Gretchen Reynolds, reported on a new study by NYU researchers, including Laura Balcer, a member of MomsTEAM Institute's Board of Advisors, about the use of a simple, rapid, and inexpensive visual test called King - Devick as a sideline screen to help identify athletes as young as five wit

As Dr. Leverenz told MomsTEAM after publication of the first Purdue study, the limitation of screening tools currently being used to assess neurocognitive function on the sports sideline, such as the Standardized Assessment of Concussion (SAC)[21] and the Sports Concussion Assessment Tool 3 (SCAT3)[22], is that they test verbal memory, not the visual memory which he and the Purdue researchers found impaired in the functionally, but not clinically impaired, players who experienced at least short - term neurologic trauma from RHAs Dr. Leverenz told MomsTEAM after publication of the first Purdue study, the limitation of screening tools currently being used to assess neurocognitive function on the sports sideline, such as the Standardized Assessment of Concussion (SAC)[21] and the Sports Concussion Assessment Tool 3 (SCAT3)[22], is that they test verbal memory, not the visual memory which he and the Purdue researchers found impaired in the functionally, but not clinically impaired, players who experienced at least short - term neurologic trauma from RHas the Standardized Assessment of Concussion (SAC)[21] and the Sports Concussion Assessment Tool 3 (SCAT3)[22], is that they test verbal memory, not the visual memory which he and the Purdue researchers found impaired in the functionally, but not clinically impaired, players who experienced at least short - term neurologic trauma from RHI.

Although scientists have long suspected that RHI caused brain damage, especially in boxers, a 2010 study of high school football players by researchers at Purdue University [1,13] was the first to identify a completely unexpected and previously unknown category of players who, though they displayed no clinically - observable signs of concussion, were found to have measurable impairment of neurocognitive function (primarily visual working memory) on computerized neurocognitive tests, as well as altered activation in neurophysiologic function on sophisticated brain imaging tests (fMRI).

The aim of this study was to evaluate adherence to the Neonatal Resuscitation Program algorithm by subjects working from memory as compared to subjects using a decision support tool that provides auditory and visual prompts to guide implementation of the Neonatal Resuscitation Program algorithm during simulated neonatal resuscitation.Healthcare professionals (physicians, nurse practitioners, obstetrical / neonatal nurses) with a current NRP card were randomized to the control or intervention group and performed three simulated neonatal resuscitations.

He has also studied photoreceptor dynamics and visual processing in other species such as butterflies and fish.

Now some studies have shown that the differences are likely cultural: the Müller - Lyer visual illusion, which shows two lines of equal length where one is often perceived, at least by American undergrads, as longer than the other, is actually not an illusion at all for the San foragers of the Kalahari.

Hestres plans to expand on his research by studying the types of audio and visual communications used by activists as well as the effectiveness of their digital strategies during Donald Trump's presidency in the United States.

A number of recent studies have shown that playing conventional video games enhances visual acuity, as well as hand - eye coordination.

In keeping with this view, Mark Loewen, a co-author of the study claimed that, «The amazing horns of Nasutoceratops were most likely used as visual signals of dominance and, when that wasn't enough, as weapons for combatting rivals.»

The existence of auditory responses in the occipital cortex of cataract - recovery patients, as observed in the study, therefore poses crucial questions regarding how these non-visual inputs coexist or even interfere with visual functions.

As a number of neuroimaging studies show, the early onset of permanent blindness alters the response of the neurons of the visual cortex and causes a cortical compensatory re-organization in the occipital lobe.

«One camp of neuroscientists believe that we access both the phonology and the visual perception of a word as we read them, and that the area or areas of the brain that do one, also do the other, but our study suggests this isn't the case,» says Glezer.

The study, known as Brain Computer Interface (BCI) Controlled Prosthetic Arm Movement Is Possible in the Absence of Visual Input with Proprioceptive Feedback, demonstrates that proprioception can have a powerful impact on BCI - controlled prosthetic arm movements and should be an important target for sensory restoration.

CU Boulder researchers used functional MRI scans (fMRI) to study brain activity in a group of 37 fibromyalgia patients and 35 control patients as they were exposed to a variety of non-painful visual, auditory and tactile cues as well as painful pressure.

Tears have largely been considered just a visual signal among people: Studies have shown that people looking at a sad face perceive it as sadder when tears are added.

Using the visual cortex as an example, the neuroscientists have studied the principles according to which neurons form new connections and abandon existing synapses.

«Our aim was to study the mechanism underlying visual hallucinations in Parkinson's disease, as these symptoms are currently poorly understood.»

But new research from the University of Washington Information School and Harvard University, closely studying 20 years of student creative writing and visual artworks, hints that the dynamics of creativity may not break down as simply as that.

A new study by MIT neuroscientists reveals how the brain achieves this type of focused attention on faces or other objects: A part of the prefrontal cortex known as the inferior frontal junction (IFJ) controls visual processing areas that are tuned to recognize a specific category of objects, the researchers report in the April 10 online edition of Science.

Her team is conducting brain - imaging studies to try to tease out the roots of that soundtrack as well as how a typical brain combines visual and auditory signals to improve perception.

The current study looked at whether one aspect of MSI — integrating audio and visual speech signals — continues to develop in high - functioning children with ASD as well.

To test whether the hippocampus could actually form spatial maps using only visual landmarks, Mehta's team devised a noninvasive virtual reality environment and studied how the hippocampal neurons in the brains of rats reacted in the virtual world without the ability to use smells and sounds as cues.

The study asserts that human brains apply an algorithm known as a Kalman filter when tracking an object's position, which helps the brain process less than perfect visual signals, such as when objects move to the periphery of our visual field where acuity is low.

«The study highlighted the value of incorporating multimedia such as videos, images, simulations, interactive content and other graphics within the OMA because deaf and hard - of - hearing learners are dependent on visual imagery for learning.

As a discipline that studies the universe at large, yet in a more visual way than theoretical physics, I think it holds a certain fascination for many people.

About the study's findings as a whole, he notes: «It totally expands our understanding of neural mechanisms for mirroring,» extending it beyond just responses to visual stimuli

Encouragingly, a new study suggests that even as we're processing a million things at once, we are still sensitive to certain kinds of changes in our visual environment — even while performing a difficult task.

As a neuroethologist who studies how the nervous system works, Gil Menda of Cornell University's Hoy Lab was intrigued by the challenge of figuring out a spider's complex visual network.

In the second study, the researchers replicated the overall findings in a larger group of subjects and ruled out alternative explanations, such as whether inherent physical resemblance or visual similarities in certain faces may explain the results.

The recent study, published in the journal Archives of Clinical Neuropsychology, focuses on using a simple test of visual flicker to evaluate an individual's level of executive cognitive abilities, such as shifting attention between different tasks, planning or organizing and problem solving.

As recent studies additionally show repetitive identification was already able to improve visual acuity, we think that now it is the right time to investigate the same for stereo processing time.»

Two new studies appearing in this week's issue of Neuron elucidate the neural mechanisms behind feature - based attention — essentially, the tuning of your visual processing system to specific colors, shapes or motions as a way of formulating an awareness of a scene.

At the end of the study, the participants in the intervention group displayed significant improvements in their overall cognitive performance as well as in specific domains, such as cognitive speed, visual learning, and memory.

For example, people in the study consistently associated narrowed eyes — which enhance our visual discrimination by blocking light and sharpening focus — with emotions related to discrimination, such as disgust and suspicion.

Maria Lev, who performed the study as a part of her doctoral thesis, said one young subject had experienced significant limitations in school for years and had been unable to obtain a driver's license due to severe visual impairment from foveal crowding.

«Our study proves that, much like other simple visual features such as colour and size, blur in an image doesn't seem to require mental effort to detect,» Johnson says.

We began our entry into EM reconstruction with the fly's adult visual system, where much is known about cell types from previous EM and histological studies, as well as ongoing studies in the FlyLight Project.

The fish make an ideal model for these studies, as they need no training to exhibit several easily recognized behaviors in response to visual cues in their watery surroundings.

«While much additional research must be done to determine the feasibility of this nanoparticle approach as a vision restoration therapy, our results encourage further effort aimed at achieving this critical clinical objective,» said study co-author David Pepperberg, PhD, Searls - Schenk Professor of ophthalmology and visual sciences at UIC.

According to the study, the researchers» genetic analysis supports previous findings that people carrying autism genes tend to be intelligent, as well as findings about common traits between autism and high IQs — bigger brains that grow faster, better sensory and visual - spatial capabilities, and improved decision - making, to name a few.

Unlike other animals that might use visual cues, such as size, or perceptional clues, such as spatial location, to determine rank, the monk parakeet appears to rely on other clues - ones that are based on newly acquired social knowledge, the study found.

However, recent small short - term studies have revealed the visual benefits of eye injections of medications that block a chemical signal that stimulates blood vessel growth, known as vascular endothelial growth factor (VEGF).