El documento describe una exposición conmemorativa del bicentenario de Jovellanos que incluye una biografía de Jovellanos en formato de cómic y calendarios conmemorativos creados por alumnos y alumnas del IES Emilio Alarcos.
El documento habla sobre la producción del campo de la gobernadora Embera Chami en el Centro Educativo del Resguardo, incluyendo actividades como la recolección de productos del bosque, minería primitiva y artesanías propias del pueblo Embera Chami.
Presentación jai alai world tour 2016 bilbaoJuanpe Azkune
Este documento describe el programa para el III Jai Alai World Tour 2016 que se llevará a cabo el 10 de junio en el Frontón Miribilla en Bilbao. El programa incluye la presentación de los pelotaris con txalaparta, una actuación musical o sketch de humor, la exhibición de los patrocinadores en hinchables, un breve partido de exhibición de cesta punta, y sorteos de premios para los asistentes.
The document discusses the Blue Brain project, which aims to create a synthetic human brain by reconstructing it piece by piece within a supercomputer. The project began in 2005 as a collaboration between EPFL and IBM. Its goal is to build a virtual brain that can function similarly to the human brain by thinking, responding, remembering information, and potentially developing feelings and emotions. The project has made progress over the years in building artificial neural networks and aims to construct a full human brain model by 2023, which could help understand the human brain better but may also introduce disadvantages if its capabilities are misused.
The document discusses the Blue Brain project, which aims to create a virtual brain through supercomputer simulation. The Blue Brain project seeks to understand the brain and accelerate treatment for brain diseases by studying living brain tissue at the microscopic level. While a virtual brain could potentially remember things and make decisions without a person, it may also increase dependency on computers and machines. The project hopes to simulate the equivalent of a human brain by 2023 using supercomputers.
The document discusses the Blue Brain project, which aims to create a virtual brain through detailed computer simulation. It describes how the Blue Brain would function similarly to the natural brain, taking inputs and generating outputs and memories. A key goal is to upload the contents of a natural brain into the Blue Brain through nanobots that could scan brain structures and neural connections at a microscopic level, allowing a person's thoughts and identity to be preserved after death in digital form. The Blue Brain may help treat diseases and further scientific understanding of human cognition, memory and learning.
The Blue Brain Project aims to recreate the human brain through detailed computer simulation. It involves scanning brain tissue to collect data on neuron types and properties, which are then used to build biologically realistic models of neurons and networks. These simulations are run on IBM's Blue Gene supercomputer. The goal is to gain a complete understanding of the brain and enable faster treatment development for brain diseases. One day, it may be possible to upload a person's connectome data into a virtual brain to preserve their intelligence even after death.
El documento habla sobre la producción del campo de la gobernadora Embera Chami en el Centro Educativo del Resguardo, incluyendo actividades como la recolección de productos del bosque, minería primitiva y artesanías propias del pueblo Embera Chami.
Presentación jai alai world tour 2016 bilbaoJuanpe Azkune
Este documento describe el programa para el III Jai Alai World Tour 2016 que se llevará a cabo el 10 de junio en el Frontón Miribilla en Bilbao. El programa incluye la presentación de los pelotaris con txalaparta, una actuación musical o sketch de humor, la exhibición de los patrocinadores en hinchables, un breve partido de exhibición de cesta punta, y sorteos de premios para los asistentes.
The document discusses the Blue Brain project, which aims to create a synthetic human brain by reconstructing it piece by piece within a supercomputer. The project began in 2005 as a collaboration between EPFL and IBM. Its goal is to build a virtual brain that can function similarly to the human brain by thinking, responding, remembering information, and potentially developing feelings and emotions. The project has made progress over the years in building artificial neural networks and aims to construct a full human brain model by 2023, which could help understand the human brain better but may also introduce disadvantages if its capabilities are misused.
The document discusses the Blue Brain project, which aims to create a virtual brain through supercomputer simulation. The Blue Brain project seeks to understand the brain and accelerate treatment for brain diseases by studying living brain tissue at the microscopic level. While a virtual brain could potentially remember things and make decisions without a person, it may also increase dependency on computers and machines. The project hopes to simulate the equivalent of a human brain by 2023 using supercomputers.
The document discusses the Blue Brain project, which aims to create a virtual brain through detailed computer simulation. It describes how the Blue Brain would function similarly to the natural brain, taking inputs and generating outputs and memories. A key goal is to upload the contents of a natural brain into the Blue Brain through nanobots that could scan brain structures and neural connections at a microscopic level, allowing a person's thoughts and identity to be preserved after death in digital form. The Blue Brain may help treat diseases and further scientific understanding of human cognition, memory and learning.
The Blue Brain Project aims to recreate the human brain through detailed computer simulation. It involves scanning brain tissue to collect data on neuron types and properties, which are then used to build biologically realistic models of neurons and networks. These simulations are run on IBM's Blue Gene supercomputer. The goal is to gain a complete understanding of the brain and enable faster treatment development for brain diseases. One day, it may be possible to upload a person's connectome data into a virtual brain to preserve their intelligence even after death.
This document discusses research into developing artificial brains and virtual simulations of human brains. It outlines projects by IBM and the Blue Brain initiative to map the human brain and develop computational models of brain functions. The goal is to upload a human brain into a machine so that a person's intelligence and memories could survive death. This could allow people to remember things without effort and keep skills and knowledge alive. The document compares natural and artificial brains and notes both the potential advantages like immortality and reusing intelligence, as well as disadvantages like dependency on computers and risks of technology being misused.
The Blue Brain project seeks to create the first virtual brain through reverse engineering the human brain at the cellular level using supercomputer simulation. It involves acquiring brain data through microscopy, simulating neural networks on IBM's Blue Gene supercomputer, and visualizing results. The end goal is to fully simulate the human brain within decades to better understand brain function and potentially upload human consciousness into computers.
The document discusses Blue Brain, a project aiming to simulate the human brain on a supercomputer. It details how Blue Brain would use nanobots and scanning to map the brain's structure and monitor neural activity, allowing the contents of the human brain to be uploaded virtually. Current research includes IBM's efforts to develop this technology in partnership with the Brain and Mind Institute.
This document compares how artificial and natural neural networks process information. Artificial neural networks take input through silicon chips and interpret data as register bits, process information through calculations, store memory in secondary memory, and output through silicon chips. Natural neural networks take input, interpret states, process information, store memory in neuron states, and output through natural neurons in the brain.
The document discusses the Blue Brain project, which aims to create a virtual brain through detailed computer simulation. The Blue Brain project seeks to reverse engineer the mammalian brain and develop accurate models of both healthy and diseased brains. This will further the understanding of brain structure and function. The virtual brain would function similarly to a natural brain through processing information via arithmetic and logical calculations. It could potentially store vast amounts of data and intelligence through uploading of natural human brains using nanobots, allowing knowledge and skills to be preserved indefinitely. The project hopes to provide insights into conditions like memory loss.
Blue brain " -The name of the world's first virtual brain. That means a machine that can function as human brain. Today scientists are in research to create an artificial brain that can think, response, take decision, and keep anything in memory. The main aim is to upload human brain into machine. So that man can think, take decision without any effort. After the death of the body, the virtual brain will act as the man .So, even after the death of a person we will not loose the knowledge, intelligence, personalities, feelings and memories of that man that can be used for the development of the human society.
The document discusses the Blue Brain project which aims to create a virtual human brain through detailed computer simulation. The Blue Brain would function similarly to a natural human brain through receiving input, interpreting it, and generating output. Uploading a human brain would involve nanobots scanning brain structure and activity and inputting that data into a powerful supercomputer. The project seeks to advance understanding of human cognition and potentially treat conditions like Parkinson's.
IBM is developing a "Blue Brain" project to simulate the human brain using supercomputers. The goal is to understand how the brain works by reverse engineering its biological components into a digital simulated model. If successful, it could allow human intelligence and knowledge to be uploaded into computers. This would allow thinking and memory to continue even after death and help develop treatments for neurological diseases. However, concerns exist that people may become too reliant on computers and that the technology could potentially be misused.
The document discusses the Blue Brain project, which aims to create a virtual human brain through detailed computer modeling and simulation. It describes how the Blue Brain uses a supercomputer with thousands of processors to simulate up to 10,000 neurons and their interconnections. The goal is to build a much larger electronic brain that could eventually replicate the functions of the human brain, such as memory, decision making, and other cognitive processes. The Blue Brain project seeks to help understand conditions like Alzheimer's and provide insights into human consciousness.
The document discusses Blue Brain, an IBM project to develop the world's first virtual brain through supercomputer simulation. Within 30 years, it may be possible to scan a human brain into a computer. The Blue Brain project has created a simulation with 10,000 virtual neurons on a supercomputer in Lausanne, Switzerland. Uploading a human brain could involve nanobots scanning brain structure and activity to interface it with a computer. While this could allow immortality and enhanced memory, it also poses risks around dependence on computers and high costs.
The Blue Brain project aims to create the first virtual brain by simulating the brain down to the molecular level on supercomputers. It involves modeling neurons, connections between neurons, and brain circuits through intensive computation. The goal is to understand how the human brain works and potentially lead to treatments for brain diseases. In the future, it may be possible to upload a human brain into a computer through nanobots scanning brain structure and activity, allowing one to live on digitally after death.
The document discusses the Blue Brain project, which aims to create a virtual brain by simulating the human brain on a supercomputer. It will start by modeling neural circuits and the neocortex before modeling the entire brain. Nanobots may be used to scan people's brains and upload the data to create a virtual copy of their intelligence and personality that can continue functioning after death. The Blue Brain supercomputer requires high processing power and memory to accurately simulate brain activity in real time.
Blue Technologies : Blue Brain & Blue EyesMittal Patel
The document discusses Blue Brain and Blue Eye technologies. Blue Brain would be the first virtual brain that can think, respond, make decisions and store memories like a human brain. It aims to reverse engineer the human brain into a computer simulation. Blue Eye uses sensors to monitor eye movement, heart rate and other physiological signals to understand a person's emotions, attention level and state in order to enhance human-computer interaction. Some applications mentioned are using it in cars to keep drivers alert and in robots to recognize and interact with people.
The Blue Brain Project aims to reverse engineer the mammalian brain down to the molecular level using supercomputers like IBM’s Blue Gene. The initial goal was to simulate a rat cortical column containing 60,000 neurons. Long term goals include fully simulating the human brain, which project director Henry Markram predicted could be done within 10 years. The Blue Brain Project uses detailed biophysical models and supercomputing power to better understand brain function and intelligence through highly detailed brain simulations.
Blue Brain is a project to develop the first artificial brain through simulations run on IBM's Blue Gene supercomputers. The project aims to reverse engineer the human brain through modeling its neuronal components and synaptic interactions. It requires specialized software like NEURON and BBP-SDK to model individual neurons and visualize simulations. The project also uses the JuQUEEN supercomputer to build realistic 3D brain models with the ultimate goal of fully simulating the human brain by 2023.
The Blue Brain Project is an attempt to create a synthetic brain by reverse-engineering the mammalian brain down to the molecular level. The aim of the project, founded in May 2005 by the Brain and Mind Institute of the École Polytechnique Fédérale de Lausanne (EPFL) in Switzerland, is to study the brain's architectural and functional principles.
The document discusses the Blue Brain project, which aims to create a virtual brain through detailed computer modeling and simulation. It describes how the Blue Brain project uses a supercomputer to simulate 10,000 neurons in order to build a basic brain microcircuit. Researchers ultimately hope to apply tremendous computer power to fully simulate the human brain within 30 years. The Blue Brain produced flashes of activity on its first day that scientists recognized from natural brain behavior, showing it was functioning similarly to a real brain.
Cyber terrorism uses digital technology and computer networks to threaten or attack victims. There are three types of cyber terrorism attacks ranging from simple hacking to complex coordinated attacks. Examples include ATM failures, power outages, and airline crashes. While cyber terrorism allows anonymity and worldwide reach, protecting against it requires unique passwords, monitoring systems for defects, and avoiding suspicious websites or emails. As technology increasingly underpins society, cyber attacks pose a serious national security risk.
5 лайфхаков в найме адекватных сотрудников / Александр Зиза (Алетейя Бизнес)Ontico
Ни кадровики, ни рекрутеры не поймут, если вы попросите найти в команду адекватного специалиста. Первое, что они сделают, это заменят адекватность на компетентность, потом попросят 2-3 з/п за свои услуги.
Как построить процесс найма высокоэффективных сотрудников? Как не тратить время на рутину и посредственных кандидатов? Как найти тех, кто сможет нанять тех, кто будет работать?
На встрече вы узнаете о системе поиска и найма адекватных кандидатов и лайфхаках от профессионального кадрового аудитора-профайлера. Более детально будут освящены темы НR-брендинга для малоизвестных компаний - что привлекает лучших, особенности работы с рекомендациями, копирайтинг «продающих» вакансий, полуавтоматизированное тестирование и анкетирование, собеседование в технике менталиста, 3 части трудового договора.
Рассмотрим, что и как делегировать помощнику и что спрашивать с кадровиков.
Прокачайте свой навык найма и работайте с теми, с кем достигнете большего.
1. The IBM is developing the first virtual brain called Blue Brain to act as an artificial human brain.
2. Blue Brain will use a supercomputer with vast storage and processing power, and an interface between the human brain and computer, to upload human brain data so the knowledge and intelligence of a person can be preserved after death.
3. Creating a virtual brain that thinks and makes decisions like the human brain could help address issues like memory loss and allow human knowledge and intelligence to continue benefiting society even after death.
Ofrecemos herramientas y metodologías para que las personas con ideas de negocio desarrollen un prototipo que pueda ser probado en un entorno real.
Cada miembro puede crear su perfil de acuerdo a sus intereses, habilidades y así montar sus proyectos de ideas de negocio, para recibir mentorías .
This document discusses research into developing artificial brains and virtual simulations of human brains. It outlines projects by IBM and the Blue Brain initiative to map the human brain and develop computational models of brain functions. The goal is to upload a human brain into a machine so that a person's intelligence and memories could survive death. This could allow people to remember things without effort and keep skills and knowledge alive. The document compares natural and artificial brains and notes both the potential advantages like immortality and reusing intelligence, as well as disadvantages like dependency on computers and risks of technology being misused.
The Blue Brain project seeks to create the first virtual brain through reverse engineering the human brain at the cellular level using supercomputer simulation. It involves acquiring brain data through microscopy, simulating neural networks on IBM's Blue Gene supercomputer, and visualizing results. The end goal is to fully simulate the human brain within decades to better understand brain function and potentially upload human consciousness into computers.
The document discusses Blue Brain, a project aiming to simulate the human brain on a supercomputer. It details how Blue Brain would use nanobots and scanning to map the brain's structure and monitor neural activity, allowing the contents of the human brain to be uploaded virtually. Current research includes IBM's efforts to develop this technology in partnership with the Brain and Mind Institute.
This document compares how artificial and natural neural networks process information. Artificial neural networks take input through silicon chips and interpret data as register bits, process information through calculations, store memory in secondary memory, and output through silicon chips. Natural neural networks take input, interpret states, process information, store memory in neuron states, and output through natural neurons in the brain.
The document discusses the Blue Brain project, which aims to create a virtual brain through detailed computer simulation. The Blue Brain project seeks to reverse engineer the mammalian brain and develop accurate models of both healthy and diseased brains. This will further the understanding of brain structure and function. The virtual brain would function similarly to a natural brain through processing information via arithmetic and logical calculations. It could potentially store vast amounts of data and intelligence through uploading of natural human brains using nanobots, allowing knowledge and skills to be preserved indefinitely. The project hopes to provide insights into conditions like memory loss.
Blue brain " -The name of the world's first virtual brain. That means a machine that can function as human brain. Today scientists are in research to create an artificial brain that can think, response, take decision, and keep anything in memory. The main aim is to upload human brain into machine. So that man can think, take decision without any effort. After the death of the body, the virtual brain will act as the man .So, even after the death of a person we will not loose the knowledge, intelligence, personalities, feelings and memories of that man that can be used for the development of the human society.
The document discusses the Blue Brain project which aims to create a virtual human brain through detailed computer simulation. The Blue Brain would function similarly to a natural human brain through receiving input, interpreting it, and generating output. Uploading a human brain would involve nanobots scanning brain structure and activity and inputting that data into a powerful supercomputer. The project seeks to advance understanding of human cognition and potentially treat conditions like Parkinson's.
IBM is developing a "Blue Brain" project to simulate the human brain using supercomputers. The goal is to understand how the brain works by reverse engineering its biological components into a digital simulated model. If successful, it could allow human intelligence and knowledge to be uploaded into computers. This would allow thinking and memory to continue even after death and help develop treatments for neurological diseases. However, concerns exist that people may become too reliant on computers and that the technology could potentially be misused.
The document discusses the Blue Brain project, which aims to create a virtual human brain through detailed computer modeling and simulation. It describes how the Blue Brain uses a supercomputer with thousands of processors to simulate up to 10,000 neurons and their interconnections. The goal is to build a much larger electronic brain that could eventually replicate the functions of the human brain, such as memory, decision making, and other cognitive processes. The Blue Brain project seeks to help understand conditions like Alzheimer's and provide insights into human consciousness.
The document discusses Blue Brain, an IBM project to develop the world's first virtual brain through supercomputer simulation. Within 30 years, it may be possible to scan a human brain into a computer. The Blue Brain project has created a simulation with 10,000 virtual neurons on a supercomputer in Lausanne, Switzerland. Uploading a human brain could involve nanobots scanning brain structure and activity to interface it with a computer. While this could allow immortality and enhanced memory, it also poses risks around dependence on computers and high costs.
The Blue Brain project aims to create the first virtual brain by simulating the brain down to the molecular level on supercomputers. It involves modeling neurons, connections between neurons, and brain circuits through intensive computation. The goal is to understand how the human brain works and potentially lead to treatments for brain diseases. In the future, it may be possible to upload a human brain into a computer through nanobots scanning brain structure and activity, allowing one to live on digitally after death.
The document discusses the Blue Brain project, which aims to create a virtual brain by simulating the human brain on a supercomputer. It will start by modeling neural circuits and the neocortex before modeling the entire brain. Nanobots may be used to scan people's brains and upload the data to create a virtual copy of their intelligence and personality that can continue functioning after death. The Blue Brain supercomputer requires high processing power and memory to accurately simulate brain activity in real time.
Blue Technologies : Blue Brain & Blue EyesMittal Patel
The document discusses Blue Brain and Blue Eye technologies. Blue Brain would be the first virtual brain that can think, respond, make decisions and store memories like a human brain. It aims to reverse engineer the human brain into a computer simulation. Blue Eye uses sensors to monitor eye movement, heart rate and other physiological signals to understand a person's emotions, attention level and state in order to enhance human-computer interaction. Some applications mentioned are using it in cars to keep drivers alert and in robots to recognize and interact with people.
The Blue Brain Project aims to reverse engineer the mammalian brain down to the molecular level using supercomputers like IBM’s Blue Gene. The initial goal was to simulate a rat cortical column containing 60,000 neurons. Long term goals include fully simulating the human brain, which project director Henry Markram predicted could be done within 10 years. The Blue Brain Project uses detailed biophysical models and supercomputing power to better understand brain function and intelligence through highly detailed brain simulations.
Blue Brain is a project to develop the first artificial brain through simulations run on IBM's Blue Gene supercomputers. The project aims to reverse engineer the human brain through modeling its neuronal components and synaptic interactions. It requires specialized software like NEURON and BBP-SDK to model individual neurons and visualize simulations. The project also uses the JuQUEEN supercomputer to build realistic 3D brain models with the ultimate goal of fully simulating the human brain by 2023.
The Blue Brain Project is an attempt to create a synthetic brain by reverse-engineering the mammalian brain down to the molecular level. The aim of the project, founded in May 2005 by the Brain and Mind Institute of the École Polytechnique Fédérale de Lausanne (EPFL) in Switzerland, is to study the brain's architectural and functional principles.
The document discusses the Blue Brain project, which aims to create a virtual brain through detailed computer modeling and simulation. It describes how the Blue Brain project uses a supercomputer to simulate 10,000 neurons in order to build a basic brain microcircuit. Researchers ultimately hope to apply tremendous computer power to fully simulate the human brain within 30 years. The Blue Brain produced flashes of activity on its first day that scientists recognized from natural brain behavior, showing it was functioning similarly to a real brain.
Cyber terrorism uses digital technology and computer networks to threaten or attack victims. There are three types of cyber terrorism attacks ranging from simple hacking to complex coordinated attacks. Examples include ATM failures, power outages, and airline crashes. While cyber terrorism allows anonymity and worldwide reach, protecting against it requires unique passwords, monitoring systems for defects, and avoiding suspicious websites or emails. As technology increasingly underpins society, cyber attacks pose a serious national security risk.
5 лайфхаков в найме адекватных сотрудников / Александр Зиза (Алетейя Бизнес)Ontico
Ни кадровики, ни рекрутеры не поймут, если вы попросите найти в команду адекватного специалиста. Первое, что они сделают, это заменят адекватность на компетентность, потом попросят 2-3 з/п за свои услуги.
Как построить процесс найма высокоэффективных сотрудников? Как не тратить время на рутину и посредственных кандидатов? Как найти тех, кто сможет нанять тех, кто будет работать?
На встрече вы узнаете о системе поиска и найма адекватных кандидатов и лайфхаках от профессионального кадрового аудитора-профайлера. Более детально будут освящены темы НR-брендинга для малоизвестных компаний - что привлекает лучших, особенности работы с рекомендациями, копирайтинг «продающих» вакансий, полуавтоматизированное тестирование и анкетирование, собеседование в технике менталиста, 3 части трудового договора.
Рассмотрим, что и как делегировать помощнику и что спрашивать с кадровиков.
Прокачайте свой навык найма и работайте с теми, с кем достигнете большего.
1. The IBM is developing the first virtual brain called Blue Brain to act as an artificial human brain.
2. Blue Brain will use a supercomputer with vast storage and processing power, and an interface between the human brain and computer, to upload human brain data so the knowledge and intelligence of a person can be preserved after death.
3. Creating a virtual brain that thinks and makes decisions like the human brain could help address issues like memory loss and allow human knowledge and intelligence to continue benefiting society even after death.
Ofrecemos herramientas y metodologías para que las personas con ideas de negocio desarrollen un prototipo que pueda ser probado en un entorno real.
Cada miembro puede crear su perfil de acuerdo a sus intereses, habilidades y así montar sus proyectos de ideas de negocio, para recibir mentorías .
Soluciones Examen de Selectividad. Geografía junio 2024 (Convocatoria Ordinar...Juan Martín Martín
Criterios de corrección y soluciones al examen de Geografía de Selectividad (EvAU) Junio de 2024 en Castilla La Mancha.
Soluciones al examen.
Convocatoria Ordinaria.
Examen resuelto de Geografía
conocer el examen de geografía de julio 2024 en:
https://blogdegeografiadejuan.blogspot.com/2024/06/soluciones-examen-de-selectividad.html
http://blogdegeografiadejuan.blogspot.com/
Business Plan -rAIces - Agro Business Techjohnyamg20
Innovación y transparencia se unen en un nuevo modelo de negocio para transformar la economia popular agraria en una agroindustria. Facilitamos el acceso a recursos crediticios, mejoramos la calidad de los productos y cultivamos un futuro agrícola eficiente y sostenible con tecnología inteligente.