Connectionist Model of Poetic Meter Abstract. Traditional analyses of meter are hampered by their inability to image the interaction of various elements which affect the stress patterns of a line of poetry or provide a system of notation fully amenable to computational analysis. To solve these problems, the connectionist models of James McClelland and David Rumelhart in Explorations in Parallel Distributed Processing (1988) are applied to the analysis of English poetic meter. The model graphically
Peak Flow Meter A peak flow meter is a device that helps you determine how well your asthma is being controlled and how well your lungs are working at a given time. This is a simple but important tool in daily asthma management. Peak flow meters are available over the counter. The readings from the meter will help you and your health care provider: • Determine the severity of your asthma. • Evaluate the effectiveness of your current treatment. • Determine when to add or stop certain
blood to a strip for testing and inserting the strip into a meter that will determine the blood glucose level. These hand held meters are available in a variety of styles ranging from a screen to display the result to one that will voice the results Hand held glucose meters require coding or calibration for each new set of testing strips. There are two ways to calibrate a hand held meter, either my manually entering the code into a meter or using a code chip. The code chip does make using a hand
evaluation done on the strength of password meters. Almost all of us are exposed to password-strength meters in our everyday life. The general representation of password meter is a colored bar which when seen as a short red bar indicates a weak password and a long green bar indicates a strong password. The real purpose of a password meter is to show the path for better security to its users. However the strengths and weaknesses of these widely deployed meters has rarely been studied and hence this paper
ascertain equilibrium of the meter stick. Doing so by finding missing variables consisting of torque, length, weight and mass. Record all results and compare to calculated results. Procedure: (Lab part A) • A fiberglass meter stick is to be used. Suspend this meter stick using string. • Hang 100 gram weight from the meter stick with a string a the 10 cm point on the meter stick. • Move the loop that suspends the meter stick left or right horizontally until the meter stick balances. (with
described “Romantic” movement. Robert Schumann’s “Grillen”, from Fantasiestucke, Opus 12 was written in July 1837 contains several virtues of music during his time period. Schumann’s uses various qualities in his music such as form, pitch, rhythm and meter, and texture so express different attitudes within his music. These qualities convey music that characterizes romanticism as very emotional, expressional, and dramatic. Schumann’s piano miniature remains a supreme example of the Romantic style in its
profit per meter up to that of other items on the line. Although the company was in a strong position financially, it would require considerable capital in the next few years to finance a recently approved long-term modernization and expansion program.1 Facing stiff competition the senior management needed to reconsider the pricing plan for Item 345. So in early 2004 they held a meeting to decide in which direction to go. A reasonable forecast of industry volume for 2004 was 700,000 meters. The
create regulated pulse with then creates the repose! C. In summary pace and rhythm can control tension and repose, just by the placement of themselves- which is decided by the composer. D. Now, leading into meters –meters are needed in order to control tension and repose as pace, tempo and meters all depend on one
to: 1) Set the DC power supply to a specific voltage. 2) Properly connect the voltmeter to measure voltage. 3) Measure current with the ammeter. 4) Measure resistance with the ohmmeter. 5) Determine the accuracy of a given meter reading. Theory The theory required for this experiment was an understanding of Ohm’s Law. Ohm’s Law is the algebraic relationship between voltage and current for a resistor. Resistance is the capacity of materials to impede the flow of current
same equipment. The only thing I will change is the temperature of the water, and in turn the ball ====================================================================== Equipment list: · 1 squash ball · 1 clamp stand · 1 table · 2 meter sticks · 1 heat mat · 1 tripod · 1 gauze · 1 beaker · 100cm³ of water · 1 thermometer · 1 pair of tongs · Several paper towels Diagram Preliminary work Before I conducted my experiment I carried out some preliminary
simply dropped from a height of 1 meter with no initial push from the dribbler and rebounded from the floor in a perfectly elastic collision, Mechanical Energy for the system would be conserved (1). However, the collision is not completely elastic and the dribbler pushes the ball with an initial force to ensure that it returns to his hand. To simplify the process I will first consider a situation in which the ball is allowed to fall freely from a height of 1 meter and has a perfectly elastic collision
steel ball - the position of the trip plate -the length of the plumb line Equipment: - meter stick , half meter stick - 1 steel ball - Boss and clamp[IMAGE] - Electronic Timing Device - Release mechanism - Plumb bob -trip plate Procedure: - A steel ball was inserted between the jaws of the release mechanism - The height was adjusted to 1 meter and half a meter, measured from the bottom of the ball to the trip plate - The plumb bob was used to locate the
10g to 100g and my model is created backed up with this idea. Components Used: Digital multi-meter, Meter rule, Retort Stand, Clamp, Rotary potentiometer, Power supply (5V), Spring, Masses (in unit of 10g), 2k and 3k resistors, 1k variable resistor, amplifier. Reason For Choice Of Components: · Rotary Potentiometer: I used a rotary potentiometer so that when masses are placed on the meter rule the change in voltage (output) could be noted. The rotary potentiometer is of 5k Ohms but I
where Church, Innocence, Death, and such images as demonic priests are involved, one can count on the hint of commentary on society at large. "The Garden of Love" stands as an excellent example of Blake¹s ability to use simple meter and language as a foundation, and then twist the foundation ever so subtly to induce a particular idea.
It is firmly dated one of the Paleolithic painted caves in the world. The entrance to this cave is thirty-seven meters under sea level in the Mediterranean Sea. It is located by Cape Morgiou, in the Calanques, about twelve kilometers southeast of Marseilles. It is possible to enter the cave by slithering through water on the stomach through a one hundred and seventy five meter tunnel, after diving to the entrance. Though access to the Cosquer cave is now difficult because of the rise in the
slabs of local limestone and opens into a long steeply descending passage. From there a 36 meters long ascending passage leads to a 35 meters long horizontal passage that leads to the so called 'Queen's chamber'. This chamber measures 5.2 by 5.7 meters and the maximum height of its pointed roof is about 15 meters. The north and south walls each have a small hole a few centimeters square about 1 meter from the floor. These lead into narrow channels that originally opened on the exterior of
this experiment I am going to monitor how the length of a wire affects the resistance of a wire if the current is kept the same. Method ------ 1) Arrange apparatus as shown in the Diagram: 2) Cut a length of wire over a meter long and sellotape to a meter ruler. 3) Attach one positive crocodile clip to 0cm, and move the negative up/down, stopping at; 5cm 10 cm 15 cm 20 cm 25 cm 30 cm 4) Attach the wire to the crocodile-clip leads and set voltage to 1 5)
Marseilles, France, Henri Cosquer discovered a narrow 175-meter, air-filled tunnel 37 meters below the sea (“The Cosquer Cave”). The tunnel, unbeknownst to him, lead to one of the world’s most treasured Paleolithic art-filled caves. During the Paleolithic age, Cosquer cave was much more accessible than it is today. Researchers say that at the times the art was created, the cave was probably only 11 kilometers from the coast and 80 meters above sea level (Jaobs). Since then, the giant glaciers
Reciting Latin Verse One of the great difficulties in teaching ancient languages like Latin is the general lack of a spoken component. Whereas modern language students can reinforce the grammatical material they learn in a book through oral drills and conversational practice, students of Latin are faced with the prospect of studying a complex, inflected language entirely through the written word. While students still manage to learn the grammar and vocabulary, they often lack an appreciation for
“O Captain! My Captain!” contain a similar scansion. Both have a predominantly iambic meter. The unaccented beat followed by the accented beat creates a rising meter. Each poem also contains notable exceptions to the iambic meter. In "Hope is a Thing with Feathers,” the first line ‘Hope is the thing’ contains a trochee followed by an iamb. “O Captain! My Captain!” contains even more exceptions to the iambic meter. Line 5, ‘But O heart! heart! heart!’ consists of an imperfect root followed by two spondees