Abstract This study employs a critical review of the scholarly and relevant literature concerning reading and decoding to determine what role, if any, the small group decoding instruction plays in the improvement of reading achievement for students.
From the Paper "Differences in the academic performance of children appear early. The National Assessment of Educational Progress (NEAP) (1996) reported that students from low socio-economic backgrounds and many minority students consistently achieve below the national average in reading skills. Unfortunately, there is no relief as students continue on through the grade levels. In fact, according to the NAEP study, the gap widens. The longer some children stay in school, the greater the discrepancy between their educational performance and that of white and middle-class students. Steadily and inexorably, the chances for academic achievement diminish for poor and minority students as they are seemingly put on the paths toward failure. The elementary grades, subsequently, are an essential time for students to gain much needed literacy skills. When these skills are not acquired intervention mechanisms need to be put into action quickly if we, as educators, expect to change outcomes."
Tags: literacy, writing, success, higher, education, careers, remedial, achievement, gap
Abstract This paper explains that one of the greatest challenges for any educator is dealing with a student with reading difficulties. However, a number of different programs exist to deal with the different forms of comprehension difficulties: Edmark Reading Program and Reading Matery programs. The author points out that the auditory and picture matching approach of Edmark has been shown to be helpful for students from developmentally and socially disabling backgrounds. The paper relates that since dyslexics often report grappling with frequently misused letters and miss substituting of vowels and consonants; the program Reading Matery,designed to underline the specific dyslexic's need for reinforcement in his or her word sorting capacity and to learn other decoding methods to compensate for potential cognitive decoding difficulties, is better than the overall reinforcement of pictures, words and sounds in Edmark.
From the Paper "The experimental group students received 15 minutes per day of tutoring by America Reads Volunteers in the Edmark Reading Program, a highly structured sight word program; control group students were simply read aloud to for 15 minutes each day by the same volunteers. Results indicated a significant difference in the performance of experimental group of students on the WRMT-R Passage Comprehension subtest and Edmark posttest. Qualitative data indicated that more experimental group students than control group students exhibited significantly improved reading ability, attitudes toward reading, attitudes toward school, and attitudes toward self. Results suggested that schools should consider the use of volunteers to implement one-on-one tutoring in the Edmark Reading Program to teach a supplementary sight word vocabulary to at-risk first graders. Thus, Edmark's 'hands on' approach may be helpful for students from disadvantaged backgrounds as well."
Tags: dyslexic, developmental-disabled, decoding, social
Abstract This paper considers how mass media texts are encoded with many levels of meaning, all of which are consciously constructed, and how these representations of meaning are understood in various ways by audiences. It does so by examining how gender is represented in the context of the protagonist of the show Family Guy and his interactions with those around him.
From the Paper "The text which I have chosen to discuss is Fox-Tv's series "Family Guy" which aired from April 1999 to about February 2002. It is essentially an animated Sit-Com depicting white middle class American suburbia in contemporary times. The forcus of the show is on one man, the "head" of a family, and his interactions with himself, his family, his neighbors, and the world around him."
Abstract This paper examines how schemas refer to the certain interpretation-pattern in our minds, which help us decipher and decode information and how when new information is received, our mind automatically interprets it according to certain schemas which make it easier to understand. It looks at how without these schemas, it would become difficult to synthesize new information. It shows how previously embedded schemas are helpful in synthesis of information or knowledge and how this process helps in almost every field from learning mathematical concepts to solving problems at work.
From the Paper "Accretation refers to that category of schemas where we have precise model to decipher the new information. In other words, sometimes the new information we receive or problem we encounter has been interpreted properly on some previous occasion. This helps us in recalling the most relevant schemas and then solving the problem accordingly. For example, if employees have been on strike more than once, and their reasons are almost the same each time, then managers can easily solve the problem by correctly interpreting it. This helps in accurate study of the problem and its causes. Thus solution is easier to develop and implement."
This paper reviews ten articles that address how pedagogues can best foster strong reading fluency, decoding, holistic, and inferential reading skills in young people.
Abstract Through a review of ten articles, this paper looks at the importance of building up "domain knowledge" and prominently features the findings of a National Reading Panel study conducted some years ago that argues (among other things) that vocabulary building, phonemic awareness exercises, systematic phonics instruction, and in-service upgrades for teachers all positively correlate to student achievement.
Table of Contents:
Abstract
Article Summaries
Article Summary One: Teaching children to read
Article Summary Two: The Nature of Effective First-Grade Literacy Instruction
Article Summary Three: The Utility of Phonic Generalizations in the Primary Grades
Article Summary Four: Reading Comprehension Requires Knowledge - of Words and the World
Article Summary Five: What Reading Does for the Mind
Summary Six: The Case for Bringing Content into the Language Arts Block and for a Knowledge-Rich Curriculum Core for all Children
Summary Seven: Teaching Decoding Summary Eight: One Down and 80,000 to Go
Summary Nine: Teaching Vocabulary: Early, Direct, and Sequential
Summary Ten: Findings and Determinations of the National Reading Panel by Topic Areas
From the Paper "Theodore Clymer (1963) reports that five types of generalizations have historically been utilized (at least if teacher's manuals are any indication) in teaching children to pronounce words: vowels, consonants, endings, syllabication, and miscellaneous relationships. Eventually, Clymer came up with a list of 45 generalizations or rules for study. These were arrived at by asking whether or not a candidate generalization was sufficiently specific that it could be said to actually assist (or hinder) in the pronunciation of a particular word. Clymer then made up a composite word list of all the words introduced in the four basic series from which the generalizations were drawn - plus words from the Gates Reading Vocabulary for the Primary Grades. On pages 186 and 187 of the study, Clymer outlines the basic approach undertaken to assess the efficacy of the 45 phonic generalizations; this step-by-step approach is rather complicated and cannot be easily described in the space we are allotted. Nonetheless, the study found that many commonplace phonics generalizations are of limited worth; in particular, vowel generalizations are especially unreliable while consonant generalizations are a little better. One thing that complicates Clymer's study is that his success rate for an effective phonics generalization (75 percent or above) is quite high - as he himself acknowledges.
Abstract In this article, the writer notes that cryptography was a very important element in the results of both World War I and II. The writer points out that while it has been used for centuries for a variety of purposes, cryptography in its currently known forms was first developed during the 17th century. In tracing the work of a variety of cryptographers, this paper shows each contribution during the world wars, and looks at how each success is used as a platform for future achievements in the field. The writer maintains that the pioneering work of the men and women mentioned here is instrumental in the current political climate, where intelligence gathering on terrorism is vitally important.
Outline:
Abstract
Introduction
Fermat and Euler
Herbert O. Yardley, Pioneer during World War I
Agnes Meyer Driscoll
Decoding the Enigma
From the Paper "Yardley's work here involved receiving encoded messages involving American government officials traveling abroad. He found his work in the Code Room thrilling, and resolved to be involved with cryptography throughout his life.
"With the outbreak of World War I in 1917, Yardley was 28 years old. He was put in charge of Military Intelligence, which required that he decode foreign messages. This was a significant point in American history, as the Intelligence Agency that Yardley set up was the first of its kind in the country. The Agency - MI-8 - proved invaluable to the country. For this, Yardley received the Distinguished Service Medal. Yardley's efforts were used as a springboard for further developments in cryptography during World War II."
Abstract This paper describes how this system allows aircrafts to communicate and report to the ground and vice versa. It explains the processes involved, the transmitting of data on VHF frequencies that can be received and decoded. It is a digital data system in VHF (Aviation). It makes it possible for aviation companies to "communicate" and track the planes of their fleet.
From the Paper "The Aeronautical Radio, Inc. (ARINC) maintains a huge worldwide VHF and HF voice network to provide operational radio communications for the aircraft industry. ACAR was designed and developed in the early eighties. It was produced to reduce the flight crew's workload by using modern computer technology to exchange many routine reports and messages. ACARS uses the AM mode because the same airborne VHF radio is often also used for voice communications. Burst transmissions are used with a limit of 220 characters per message. Transmissions often last less than one second."
Abstract This paper discusses many different makes, models, and uses of microcontrollers, small computers that read inputs then output data to control other devices. The paper explains how a microcontroller works and points out that remote controls, "universal" remote control and "smart" appliances have microcontrollers.
From the Paper "Everyday microcontrollers are used in decoding infrared signals transmitted by our remote controls. Any object that generates heat can radiate an infrared signal. A microcontroller is capable of selecting a desired infrared signal based upon its frequency."
Tags: everyday, remote, control, smart, decoding, infrared, signals, standard, television
From the Paper "Introduction
All computers have two key components that determine their performance and power: architecture and operating system. The architecture is how the computer receives and processes information. In its broadest definition, computer architecture includes all the components of a system, but its heart is its central processing unit (CPU) and the microprocessor chip on which that unit is based. The operating system is the interface utilized by users and programs to interact with the machine. The operating system determines whether a system is multi-tasking or single tasking, what types of programs can be run, and what type of external communications can be undertaken. Where the architecture is a hardware issue, the operating system is a software issue. This research combines those two issues to consider microcomputer .."
Abstract Over the years, there has been an evolution of the universal
building blocks used by logic circuit designers. In the mid 1960s, there were SSI gates; NAND, NOR, EXOR, and NOT or INVERT. In the early 1970s, MSI blocks, registers, decoders, multiplexers, and other blocks made their appearances.
From the Paper "Device Isolation of Integrated Circuits
Overview
Over the years, there has been an evolution of the universal
building blocks used by logic circuit designers. In the mid 1960s, there were SSI gates; NAND, NOR, EXOR, and NOT or INVERT. In the early 1970s, MSI blocks, registers, decoders, multiplexers, and other blocks made their appearances. In the late 1970s, ALUs (arithmetic logic units) with on board scratchpad registers, interrupt controllers, microprogram sequencers, ROMs/PROMs, and other LSI devices up to and including a complete one chip microprocessor (control, ALU and registers) became readily available(Qian, 1997). From this the PC was born.
In the realm of microelectronics, smaller means faster."
During the last 2 decades, the number of transistors crammed onto
an integrated
From the Paper "Nonverbal communication consists of nonverbal behaviors that "acquire meaning as part of a communication process". These behaviors, which are characterized as channels of communication, include nonverbal vocalizations (paralanguage), facial expression, body movements (including gesture, posture and others), proximity and placement, and miscellaneous aspects of behavior such as clothing, decoration of the body and interactive rituals such as greeting by shaking hands. Nonverbal communication involves two basic processes: the processing of information and the management of impressions. The first process is interpretive in nature as messages are decoded in order to draw inferences from nonverbal behaviors about another person's intentions. The management of impressions is concerned with impact as it is the process of encoding messages ... "
Abstract Kids decoder rings in cereal boxes, the puzzles in the comic pages of the daily newspapers and high-tech encryption all have something in common, they are all variations of cryptography. The paper shows how, ever since the early days of civilization, people have been trying to encode massages to keep secrets from falling into the hands of the wrong person. Today the science and math of cryptography go way beyond switching letters around according to a certain pattern, but if a person remembers that the basic idea is the same, cryptography can be a fascinating endeavor into math, science, and even into language itself. This paper reviews the history of cryptography and the many things encryption has been used for in the past. It then looks at how encryption is used in modern times and for what purposes. The paper explains cryptography from a mathematical point of view, following the development of encryption and cryptography mathematically. Finally, it looks at the future of this science.
From the Paper "One of the most important developments came in the form of the Wheel Cipher. The Wheel Cipher was created by Thomas Jefferson, possibly with the help of Dr. Robert Patterson, a mathematician at the University of Pennsylvania. In 1913, Captain Parket Hitt reinvented the Wheel Cipher in strip form. This lead to the creation M-138 -A, used in World War II. Just a few years later in 1916, Major Joseph O. Mauborgne ut Hitt's strip cipher back into the wheel form, strengthened the alphabet construction, and produced the device that would lead to the M-94 cipher device. These devices, along with encryption courtesy of the Navajo people, helped the allies defeat Germany, Japan, and Italy in World War II."
Abstract This study will cover the symbolism in James Joyce's Ulysses and Harper Lee's To Kill A Mockingbird. By understanding the deeper ways that these authors communicate their meaning, usage of the symbolic value in the tales will be brought forth. To decode certain stories, this method will uncover certain meanings that the authors may not have wanted to be seen, but included to show a subconscious meaning.
Abstract This paper critiques and analyzes Mary Douglas's major work, "Natural Symbols: Explorations in Cosmology", and looks at the main thesis of the book, which revolves around the idea that rules of physical body turn into natural symbols for decoding the norms of the society.
From the Paper "Douglas believes natural symbols play an important role in determining the nature of various social and religious rituals and practices. How we perceive a norm is connected with how we view bodily functions and vice versa. In this book, the author gives us an explanation of how our perception of human bodily functions is an extension of different social experiences."
Abstract This paper discusses how, since the publication of the human genome sequence in 2001, biologists have developed and applied a range of novel technologies in an attempt to extract the valuable biological information encoded within the genome sequence. In particular, it examines they way in which we have set about decoding the human genome to date and provides an insight into some of the progressive new technologies currently under development.
Outline
Objectives and Achievements of the HGP
Computational Biology and Genome Annotation
Comparative Genomics
Functional Genomics
Genetic Perturbations
The Transcriptome
The Proteome
The Interactome
Conclusion: The Rise of Systems Biology
From the Paper "The objectives of the HGP can be considered as four overlapping goals: 1. The construction of high resolution genetic and physical maps. 2. A high quality, complete genomic sequence. 3. Identification of sequence variation within the human genome. 4. A complete list characterising each and every gene. Both working drafts have achieved almost complete sequencing of the euchromatic DNA in the human genome14. The highly repetitive nature of heterochromatic DNA renders its sequencing difficult and it is unlikely to be well represented even in the final sequence, anticipated by April 2003. To date, the public consortium (IHGSC) report that 75% of the human genome sequence is in "finished" state. That is, a continuous sequence with gaps no larger than 150kb and an expected error rate of less than 1 in 10,000 nucleotides. The public consortium's effort also resulted in a high resolution physical map of the genome, constructed to facilitate accurate assembly of sequenced fragments16. However, the genome sequence itself represents a physical map of the highest possible resolution."
