Image similarity using symbolic representation and its variationssipij
This paper proposes a new method for image/object retrieval. A pre-processing technique is applied to
describe the object, in one dimensional representation, as a pseudo time series. The proposed algorithm
develops the modified versions of the SAX representation: applies an approach called Extended SAX
(ESAX) in order to realize efficient and accurate discovering of important patterns, necessary for retrieving
the most plausible similar objects. Our approach depends upon a table contains the break-points that
divide a Gaussian distribution in an arbitrary number of equiprobable regions. Each breakpoint has more
than one cardinality. A distance measure is used to decide the most plausible matching between strings of
symbolic words. The experimental results have shown that our approach improves detection accuracy.
Nota Kuliah PPPJ2312 Kajian Teks Arab dan Tamadun Islam.
Pensyarah: Dr. Suhaila Zailani
Jab. Peng. Arab dan Tamadun Islam,
Fakulti Pengajian Islam, UKM
Radio listeners - Leisure habits - Orion Media (East Mids)davidlloydradio
Orion Media listener research into leisure, conducted in 2013 in the East Midlands. One of Orion's regular research projects amongst listeners to its Free Radio (West Mids) and Gem 106 (East Mids) brands in the Midlands.
Complete A-Z Of Google App Content Indexing And Much More...Velocity Software
Technology around us is changing at rapid strides and the thing which are once changing the lives of people are now becoming obsolete. Among these, mobile phones have seen a tremendous evolution over the years.
Extraction of spots in dna microarrays using genetic algorithmsipij
DNA microarray technology is an eminent tool for genomic studies. Accurate extraction of spots is a
crucial issue since biological interpretations depend on it. The image analysis starts with the formation of
grid, which is a laborious process requiring human intervention. This paper presents a method for optimal
search of the spots using genetic algorithm without formation of grid. The information of every spot is
extracted by obtaining a pixel belonging to that spot. The method developed selects pixels of high intensity
in the image, thereby spot is recognized. The objective function, which is implemented, helps in identifying
the exact pixel. The algorithm is applied to different sizes of sub images and features of the spots are
obtained. It is found that there is a tradeoff between accuracy in the number of spots identified and time
required for processing the image. Segmentation process is independent of shape, size and location of the
spots. Background estimation is one step process as both foreground and complete spot are realized.
Coding of the proposed algorithm is developed in MATLAB-7 and applied to cDNA microarray images.
This approach provides reliable results for identification of even low intensity spots and elimination of
spurious spots.
Holistic privacy impact assessment framework for video privacy filtering tech...sipij
In this paper, we present a novel Holistic Framework for Privacy Protection Level Performance Evaluation
and Impact Assessment (H-PIA) to support the design and deployment of privacy-preserving filtering
techniques as may be co-evolved for video surveillance through user-centred participative engagement and
collectively negotiated solution seeking for privacy protection. The proposed framework is based on the
UI-REF normative ethno-methodological framework for Privacy-by-Co-Design which is based on
collective-interpretivist and socio-psycho-cognitively rooted Human Judgment and Decision Making (JDM)
theory including Pleasure-Pain-Recall (PPR)-theoretic opinion elicitation and analysis. This supports not
only the socio-ethically reflective conflicts resolution, prioritisation and traceability of privacy-preserving
requirements evolving through user-centred co-design but also the integration of Key Holistic
Performance Indicators (KPIs) comprising a number of objective and subjective evaluation metrics for the
design and operational deployment of surveillance data/-video-analytics from a system-of-system-scale
context-aware accountability engineering perspective. For the objective tests, we have proposed five
crucial criteria to be evaluated to assess the optimality of the balance of privacy protection and security
assurance as may be negotiated with end-users through co-design of a privacy filtering solution. This
evaluation is supported by a process of quantitative assessment of some of the KPIs through an automated
objective measurement of the functional performance of the given filter. Additionally, a subjective
qualitative user study has been conducted to correlate with, and cross-validate, the results obtained from
the objective assessment of the KPIs. The simulation results have confirmed the sufficiency, necessity and
efficacy of the UI-REF-based methodologically-guided framework for Privacy Protection evaluation to
enable optimally balanced Privacy Filtering of the video frame whilst retaining the minimum of the
information as negotiated per agreed process logic. Insights from this study have served the co-design and
deployment optimisation of privacy-preserving video filtering solutions. This UI-REF-based framework
has been successfully applied to the evaluation of MediaEval 2012-2013 Privacy Filtering and as such has
served to motivates further innovation in co-design and multi-level, multi-modal impact assessment of
multimedia privacy-security-balancing risk mitigation technologies.
European Elections 2014 - Outrageous Predictions InfographicSaxo Capital Markets
Can the growing Eurosceptic bloc build enough momentum to shake-up European politics and capitalise on mounting disenchantment with the EU? Saxo Capital Markets’ new infographic illustrates the drop in support of the European Union, suggesting faith in the pan-European project has diminished because of frail economic performance and diluted national sovereignty.
Image similarity using symbolic representation and its variationssipij
This paper proposes a new method for image/object retrieval. A pre-processing technique is applied to
describe the object, in one dimensional representation, as a pseudo time series. The proposed algorithm
develops the modified versions of the SAX representation: applies an approach called Extended SAX
(ESAX) in order to realize efficient and accurate discovering of important patterns, necessary for retrieving
the most plausible similar objects. Our approach depends upon a table contains the break-points that
divide a Gaussian distribution in an arbitrary number of equiprobable regions. Each breakpoint has more
than one cardinality. A distance measure is used to decide the most plausible matching between strings of
symbolic words. The experimental results have shown that our approach improves detection accuracy.
Nota Kuliah PPPJ2312 Kajian Teks Arab dan Tamadun Islam.
Pensyarah: Dr. Suhaila Zailani
Jab. Peng. Arab dan Tamadun Islam,
Fakulti Pengajian Islam, UKM
Radio listeners - Leisure habits - Orion Media (East Mids)davidlloydradio
Orion Media listener research into leisure, conducted in 2013 in the East Midlands. One of Orion's regular research projects amongst listeners to its Free Radio (West Mids) and Gem 106 (East Mids) brands in the Midlands.
Complete A-Z Of Google App Content Indexing And Much More...Velocity Software
Technology around us is changing at rapid strides and the thing which are once changing the lives of people are now becoming obsolete. Among these, mobile phones have seen a tremendous evolution over the years.
Extraction of spots in dna microarrays using genetic algorithmsipij
DNA microarray technology is an eminent tool for genomic studies. Accurate extraction of spots is a
crucial issue since biological interpretations depend on it. The image analysis starts with the formation of
grid, which is a laborious process requiring human intervention. This paper presents a method for optimal
search of the spots using genetic algorithm without formation of grid. The information of every spot is
extracted by obtaining a pixel belonging to that spot. The method developed selects pixels of high intensity
in the image, thereby spot is recognized. The objective function, which is implemented, helps in identifying
the exact pixel. The algorithm is applied to different sizes of sub images and features of the spots are
obtained. It is found that there is a tradeoff between accuracy in the number of spots identified and time
required for processing the image. Segmentation process is independent of shape, size and location of the
spots. Background estimation is one step process as both foreground and complete spot are realized.
Coding of the proposed algorithm is developed in MATLAB-7 and applied to cDNA microarray images.
This approach provides reliable results for identification of even low intensity spots and elimination of
spurious spots.
Holistic privacy impact assessment framework for video privacy filtering tech...sipij
In this paper, we present a novel Holistic Framework for Privacy Protection Level Performance Evaluation
and Impact Assessment (H-PIA) to support the design and deployment of privacy-preserving filtering
techniques as may be co-evolved for video surveillance through user-centred participative engagement and
collectively negotiated solution seeking for privacy protection. The proposed framework is based on the
UI-REF normative ethno-methodological framework for Privacy-by-Co-Design which is based on
collective-interpretivist and socio-psycho-cognitively rooted Human Judgment and Decision Making (JDM)
theory including Pleasure-Pain-Recall (PPR)-theoretic opinion elicitation and analysis. This supports not
only the socio-ethically reflective conflicts resolution, prioritisation and traceability of privacy-preserving
requirements evolving through user-centred co-design but also the integration of Key Holistic
Performance Indicators (KPIs) comprising a number of objective and subjective evaluation metrics for the
design and operational deployment of surveillance data/-video-analytics from a system-of-system-scale
context-aware accountability engineering perspective. For the objective tests, we have proposed five
crucial criteria to be evaluated to assess the optimality of the balance of privacy protection and security
assurance as may be negotiated with end-users through co-design of a privacy filtering solution. This
evaluation is supported by a process of quantitative assessment of some of the KPIs through an automated
objective measurement of the functional performance of the given filter. Additionally, a subjective
qualitative user study has been conducted to correlate with, and cross-validate, the results obtained from
the objective assessment of the KPIs. The simulation results have confirmed the sufficiency, necessity and
efficacy of the UI-REF-based methodologically-guided framework for Privacy Protection evaluation to
enable optimally balanced Privacy Filtering of the video frame whilst retaining the minimum of the
information as negotiated per agreed process logic. Insights from this study have served the co-design and
deployment optimisation of privacy-preserving video filtering solutions. This UI-REF-based framework
has been successfully applied to the evaluation of MediaEval 2012-2013 Privacy Filtering and as such has
served to motivates further innovation in co-design and multi-level, multi-modal impact assessment of
multimedia privacy-security-balancing risk mitigation technologies.
European Elections 2014 - Outrageous Predictions InfographicSaxo Capital Markets
Can the growing Eurosceptic bloc build enough momentum to shake-up European politics and capitalise on mounting disenchantment with the EU? Saxo Capital Markets’ new infographic illustrates the drop in support of the European Union, suggesting faith in the pan-European project has diminished because of frail economic performance and diluted national sovereignty.
IMÁGENES SUBLIMINALES EN LAS PUBLICACIONES DE LOS TESTIGOS DE JEHOVÁClaude LaCombe
Recuerdo perfectamente la primera vez que oí hablar de las imágenes subliminales de los Testigos de Jehová. Fue en los primeros años del foro de religión “Yahoo respuestas” (que, por cierto, desapareció definitivamente el 30 de junio de 2021). El tema del debate era el “arte religioso”. Todos compartíamos nuestros puntos de vista sobre cuadros como “La Mona Lisa” o el arte apocalíptico de los adventistas, cuando repentinamente uno de los participantes dijo que en las publicaciones de los Testigos de Jehová se ocultaban imágenes subliminales demoniacas.
Lo que pasó después se halla plasmado en la presente obra.
LA PEDAGOGIA AUTOGESTONARIA EN EL PROCESO DE ENSEÑANZA APRENDIZAJEjecgjv
La Pedagogía Autogestionaria es un enfoque educativo que busca transformar la educación mediante la participación directa de estudiantes, profesores y padres en la gestión de todas las esferas de la vida escolar.
LA PEDAGOGIA AUTOGESTONARIA EN EL PROCESO DE ENSEÑANZA APRENDIZAJE
Actividad complementaria
1. VISITA AL PARQUE DE TRÁFICO
Actividad programada para el 2º trimestre en el primer nivel de primaria. Más
concretamente para el mes de marzo aprovechando la llegada de la primavera y los primeros
rayos de sol.
TUTORES DE PRIMERO: Enrique Martínez, Sergio Galán y Patricia Vallejo.
-
Resumen de la actividad
Todos los alumnos de 1º de primaria realizarán una actividad, junto a sus tutores, al
parque de tráfico de la localidad.
La visita tendrá una parte teórica, la cual se encargará de impartir un grupo de
agentes, de seguridad vial y tipos de señales e indicaciones.
Ésta parte teórica nos ha parecido muy interesante ya que los niños quedarán
“impactados” de que un policía tenga un trato cercano con ellos. Además la explicación de las
normas de educación vial se realizará de una forma lúdica y divertida. Toda ésta teoría está
orientada hacia los peatones y las normas que éstos tienen que cumplir, la explicación de las
señales queda en un segundo plano de una forma menos profunda ya que hablamos de
alumnos de 6 y 7 años.
Tras ésta primera toma de contacto con señales, normas de circulación, etc. Llega la
parte práctica y divertida (para los alumnos) de la actividad. Dentro del parque de tráfico
participarán en un circuito con triciclos para poner en práctica los contenidos aprendidos.
El circuito lo realizarán por grupos, siempre bajo la supervisión de uno de los tutores y
de una agente. Los triciclos (con forma de motocicleta) son propios para niños de su edad, se
manejan fácilmente y sin pedales para que cualquier niño (aún sin saber montar en bici) pueda
utilizarlos. A través de éste circuito los niños podrán ponerse tanto en el papel de conductor
como en el de peatón, ya que irán rotando en los diferentes roles.
Circuito: 20 metros cuadrados, 2 pasos de cebra, un semáforo y señales de zona
escolar, hospital y estación de repostaje.
El desplazamiento del colegio al parque de tráfico y viceversa lo realizaremos a pie, ya
que tan sólo se encuentra a 250m un lugar de otro y con la idea de que los alumnos puedan
comenzar a fijarse en las señales del trayecto y a la vuelta consolidar y aclarar todo lo
aprendido.
-
Horario Previsto
09:30 - 10:00
10:00 – 11:00
11:00 – 11:30
11:30 – 13:00
13:00 – 13:00
Salida del colegio y llegada al Parque de Tráfico
Parte teórica de la actividad
Tiempo de recreo para bocadillo
Parte práctica de la actividad
Vuelta al colegio
2. -
Objetivos a conseguir con ésta actividad
o Conocer las normas de circulación básicas y saber interpretarlas de forma
correcta.
o Interactuar con agentes policiales.
o Reproducir y superar acciones tan cotidianas como cruzar un semáforo de
forma correcta.
o Pasar un rato agradable y divertido aprendiendo.
-
¿Quién coordinará y supervisará la actividad?
Cada tutor de 1º curso acompañara a su grupo de alumnos, además de contar con la ayuda
de un padre voluntario en cada grupo. El grupo será supervisado por dos personas, es decir,
seis personas en total serán las encargadas para que la actividad fluya en su correcto orden.
Además contaremos con la presencia y la ayuda del especialista del área de educación
física, ya que al comentarle la actividad le pareció interesante y utilizará los contenidos de la
actividad complementaria para reforzarlos en futuras sesiones de su área.
-
Planificación del día (Tutores)
A las 9:00, los tutores recibirán a su grupo de alumnos en clase como un día normal. Ésta
primera hora, antes de la salida, la utilizaremos para que los niños puedan conocer a el papá o
la mamá que nos acompañará en la actividad. Y además aprovecharemos para recordar las
normas que todo debemos cumplir cuando hacemos una salida de éste tipo.
A las 9:30 una vez reunidas las 3 clases, pondremos rumbo al Parque de tráfico. El tutor
planteará preguntas durante el trayecto para que los niños vayan teniendo una primera toma
de contacto con el tema que vamos a trabajar en la actividad. Por ejemplo, “¿a qué color
deberemos esperar para cruzar el semáforo?”,“El semáforo esta en naranjita para los coches,
¿podemos cruzar nosotros?”,“¿Qué quiere decir que en ésta señal haya dos niños?”,“si el
semáforo está apagado, ¿cómo sabremos si cruzar o no en éste paso de cebra?”
Para todo el trayecto contamos con media hora, puede parecer excesivo, pero no
queremos prisas y preferimos llegar con tiempo para poder organizar bien a los alumnos.
Alas 10:00 los niños comenzarán la teoría. En éste ratito tutores y padres tendremos
nuestro tiempo de “recreo”.
De 11:00 a 11:30 supervisaremos a los niños en su “tiempo libre” para que tomen el
bocadillo.
Seguidamente, y bajo las directrices de los agentes apoyaremos la actividad práctica.
3. A la 13:00, formamos nuestros grupos y vuelta al cole. Nos encargaremos de recordar
todas las preguntas y que sean los propios niños los que nos expliquen las señales que vamos
viendo.
De 13:30 – 14:00 vamos al aula para la vuelta a la calma.
Nota: Explicaremos a los niños que al día siguiente en clase trabajaremos sobre todo lo
aprendido en el día de hoy.
-
Autorización para Padres
D/DÑA ______________________________________________________________
con DNI ____________, actuando en calidad de padre/madre/tutor del
alumno_______________________________________. Autorizo que participe en la actividad
que se va a realizar el día 25 de Marzo de 2014 al Parque de Tráfico de Toledo de 9:00 a
14:00h.
Toledo, a _____ de _________________ de 2014
FDO._______________________________