国际会议poster模板
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学术会议poster模板
equivalent, italic, between 18 and 24 points. Right aligned if it refers to a figure on its right. Caption starts right at the top
Method
Tips for making a successful poster… ▪ Re-write your paper into poster format ie.
Simplify everything, avoid data overkill. ▪ Headings of more than 6 words should be in upper
space around you text. Don’t overcrowd your poster. ▪ Try using photographs or coloured graphs. Avoid long numerical tables. ▪ Spell check and get someone else to proof-read.
Acknowledgements
Just highlight this text and replace with your own text. Replace this with your text.
edge of the picture (graph or photo).
Notes about graphs… For simple graphs use MS Excel, or do the graph directly in PowerPoint. Graphs done in a scientific graphing s (eg. Sigma Plot, Prism, SPSS, Statistica) should be saved as JPEG or TIFF if possible. For more information see MIU.
学术会议poster模板 (2)
to stress your point, use bold characters instead. ▪ When laying out your poster leave breathing
space around you text. Dog photographs or coloured graphs. Avoid long numerical tables. ▪ Spell check and get someone else to proof-read.
Captions to be set in Times or Times New Roman or equivalent, italic, between 18 and 24 points. Left aligned if it refers to a figure on its left. Caption starts right at the top edge of the picture (graph or photo).
Introduction
First… Check with conference organisers on their specifications of size and orientation, before you start your poster eg. maximum poster size; landscape, portrait or square. The page size of this poster template is A0 (84x119cm), portrait (vertical) format. Do not change this page size, MIU can scale-to-fit a smaller or larger size, when printing. If you need a different shape start with either a landscape (horizontal) or a square poster template. Bear in mind you do not need to fill up the whole space allocated by some conference organisers (eg. 8ftx4ft in the USA). Do not make your poster bigger than necessary just to fill that given size.
国际学术会议海报(poster)模板(英文)9
non-distress vocalizations 48%
other 38%
Berlin Los Angeles Beijing
38 20 17 36
gaze 10%
smile 4%
Delhi
Reactions to non-distress vocalizations
neutral vocalizations of low or middle intensity
Contingency toward infant signals in mother-infant dyads from Culture & different cultural environments development
Joscha Kärtner & Heidi Keller
Percentages of child events
SAMPLES
Child N Girls 47.4% 61.9% 64.7% 47.1% 57.7% Firstborn** * 73.7% 71.4% 100.0% 40.0% 26.9%
12
Mother Age*** 34.0a (3.0) 34.5a (3.0) 27.9b (2.8) 29.0b (3.4) 30.2 (6.2) 29.0b (8.4) Education* ** 15.2a (3.4) 17.0a (1.6) 15.2a/b (3.0) 15.5a (1.4) 12.9b (1.8) 6.6c (1.9)
THEORETICAL BACKGROUND • To react contingently toward a baby’s signals is part of the universal intuitive parenting repertoire (Papoušek & Papoušek, 1991). In two recent studies vocalizing was the dominant modality followed by touching (Hsu & Fogel, 2003; VanEgeren et al., 2001) • Furthermore, there are culture-specific modulations: • Gusii mothers from rural Kenya predominantly reacted by holding and touching whereas Boston middle-class mothers reacted primarily by looking and vocalizing (Richman et al., 1992) • Japanese mothers reacted more by touching as compared to Euro-American mothers who used facial expressions and vocalizing more often (Fogel et al.,1988) Our study addresses the general occurrence of contingent responsiveness as well as the specificity of reactions using a multicultural design with mothers who differ with respect to their interactional preferences: • Mothers with an independent model of parenting (Berlin and Los Angeles) should use distal modalities more often, • Mothers with an interdependent model of parenting (rural Nso) should use proximal modalities more often, and • Mothers with an autonomous relational model of parenting (Beijing, Delhi, urban Nso) should use both distal and proximal modalities equally often PROCEDURE • Families were visited at home • 10 minutes free play interaction between the caretaker and her 3-month old baby was videotaped METHODS – modalities for contingent responsiveness: 1.Body contact (holding) 2.Body stimulation (touching) 3.Gaze (looking) 4.Smile 5.Facial expression (raised eyebrows, mouth open) 6.Vocalization (talking) 7.Object stimulation (toys) 8.Acoustical stimulation (flipping, rattling)
国际学术会议海报(poster)模板(英文)10
Method
▪Participants
Fifty-one 12-month-old infants and their mothers participated in a larger 3-year longitudinal study.
▪Procedure & Measures
At 12 months
Results
The quantity and quality of infants’ looking during interaction
▪ Twelve-month-olds were more likely to look at task objects than at their mother during teaching interactions.
▪ The infants who more frequent and longer look to mother’s face in the interaction showed high emotional recognition in toddlerhood.
▪Findings from this longitudinal study suggest that infants’ social looking to their mothers during interactions may provide an opportunity to explore and percept others’ emotions.
▪ However, longer looks to objects during social-oriented tasks were related to lower scores in recognizing highintensity emotions.
原创国际学术会议海报（poster）模板（英文）
原创国际学术会议海报（poster）模板（英文）原创国际学术会议海报(poster)模板(英文)Fiber optic characterization using a simulated Optical TimeDomain Reflectometer (OTDR)Robb P. MerrillDepartment of Electrical and Computer Engineering - University of Utah IntroductionOptical Time Domain Reflectometry (OTDR) is a common technique for detecting damage in fiber optic cables. The process involves transmitting a pulse of light down the optical fiber, analyzing the amount of light reflected back to the source, and displaying the reflection patterns on the OTDR screen.During characterization of short fiber optic cables of approximately 1 meter, Fresnel reflections pose a serious challenge to accurate damage detection. The Fresnel tail obliterates any small reflections that are produced by damaged sections of cable, and the damage is overlooked.Simulation MethodThe Finite Difference Time Domain method [1] was implemented in MATLAB to simulate a pulse of light traveling through the patch and test fibers. The following parameters used in the simulation were obtained from an actual OTDR system: Index of refraction (n) of test fiber = 1.4525, Wavelength (λ) of light pulse = 850 nanometers [3] .Plotting the reflection response patterns from all four connection types shows that the Angled Physical Contact connector produced the lowest reflection (see Figure 6). Though much less expensive, Index Matching Fluid only has a lifetime of 2 years. Most optical fiber applications require 10 years life or more [3].Pulse DurationT o determine the effect of the light pulse duration on the saturation level of the OTDR unit, one period ofa raised cosine pulse was transmitted through the fiber at various frequencies. A pulse duration of 1 microsecond proved to be the most favorably responsive for the parameters of the simulation (see Figure 3). In realworld application, however, the duration must actually be smaller due to the relatively slow simulation speed vs. the physical speed of light.OTDR Saturation at Increased Pulse Durations 0.035 1 second 0.03 2 seconds 3 secondsAbnormalities in the fiber, such as bends, cracks, connectors, and other abrupt changes in the refractive index create reflection spikes called Fresnel ( Fre'-nel ) reflections [2]. After a spike is detected, a significant delay occurs when the reflectometer ‘settles down’ from its saturated state. This delay is called a Fresnel tail (Figure 1).Figure 1: OTDR screenshot showing reflection spike from cable connector, and resulting Fresnel tail (area marked by bracket)0.025Electric Field (V/m)0.020.01510.01Figure 5: Reflection patterns using various connectors (reduced Fresnel magnitudes inside yellow box)0.0050 1 1.5 2 2.5 3 3.5 4 Travel Distance from Source (m) 4.5 5SummaryShort fiber optic cables present many challenges that must be overcome in order to accurately detect fiber damage using OTDR. Pulse durations shorter than 1 microsecond, and Angled Physical Contact (APC) fiber connectors are recommended to provide the greatestreduction in Fresnel reflection. By performing OTDRsimulations, an optical systems engineer could understand the behavior of a fiber network and detect potential problems before actual production.Figure 3: Simulated Fresnel Tail skews, then obliterates, the damage reflection at larger durationsConnector TypeThe index of refraction of the patch vs. the test fiber was allowed differ by up to 10%, which created a mismatch at the junction of the two fibers. Four types of connectors were simulated to determine which produced the lowest reflection magnitude.15x 10-3Ideal Reflection Characteristics (No OTDR Saturation)105Figure 2: Simulated ideal response showing fiber damage (small reflection bumps). Damage is visible because no Fres-nel tail is present.Electric Field (V/m)Figure 4: Common types of fiber optic connectors with relative reflection magnitudes shownReferences[1] Sadiku, N.O. Matthew. Numerical Techniques in Electromagnetics [2] Newton, Steven A. Novel Approaches to Optical Reflectometry [3] Knapp, John. Characterization of FiberOptic Cables Using an Optical Time Domain Reflectometer (OTDR)0 2 2.5 3 Travel Distance from Source (m) 3.5Fiber optic characterization using a simulated Optical TimeDomain Reflectometer (OTDR)Robb P. MerrillDepartment ofElectrical and Computer Engineering - University of UtahIntroductionOptical Time Domain Reflectometry (OTDR) is a common technique for detecting damage in fiber optic cables. The process involves transmitting a pulse of light down the optical fiber, analyzing the amount of light reflected back to the source, and displaying the reflection patterns on the OTDR screen.During characterization of short fiber optic cables of approximately 1 meter, Fresnel reflections pose a serious challenge to accurate damage detection. The Fresnel tail obliterates any small reflections that are produced by damaged sections of cable, and the damage is overlooked.Simulation MethodThe Finite Difference Time Domain method [1] was implemented in MATLAB to simulate a pulse of light traveling through the patch and test fibers. The following parameters used in the simulation were obtained from an actual OTDR system: Index of refraction (n) of test fiber = 1.4525, Wavelength (λ) of light pulse = 850 nanometers [3] .Plotting the reflection response patterns from all four connection types shows that the Angled Physical Contact connector produced the lowest reflection (see Figure 6). Though much less expensive, Index Matching Fluid only has a lifetime of 2 years. Most optical fiber applications require 10 years life or more [3].Pulse DurationTo determine the effect of the light pulse duration on the saturation level of the OTDR unit, one period of a raised cosine pulse was transmitted through the fiber at various frequencies. A pulse duration of 1 microsecond proved to be the most favorably responsive for the parameters of the simulation (see Figure 3). In realworld application, however, the duration must actually be smaller due to the relatively slow simulation speed vs. the physical speed of light.OTDR Saturation at Increased Pulse Durations 0.035 1 second 0.03 2 seconds 3secondsAbnormalities in the fiber, such as bends, cracks, connectors, and other abrupt changes in the refractive index create reflection spikes called Fresnel ( Fre'-nel ) reflections [2]. After a spike is detected, a significant delay occurs when the reflectometer ‘settles down’ from its saturated state. This delay is called a Fresnel tail (Figure 1).Figure 1: OTDR screenshot showing reflection spike from cable connector, and resulting Fresnel tail (area marked by bracket)0.025Electric Field (V/m)0.020.01510.01Figure 5: Reflection patterns using various connectors (reduced Fresnel magnitudes inside yellow box)0.0050 1 1.5 2 2.5 3 3.5 4 Travel Distance from Source (m) 4.5 5SummaryShort fiber optic cables present many challenges that must be overcome in order to accurately detect fiber damage using OTDR. Pulse durations shorter than 1 microsecond, and Angled Physical Contact (APC) fiber connectors are recommended to provide the greatest。
poster学术模板
poster学术模板通常包括以下几个部分：
1. 标题页：包括poster的标题、作者姓名、所在单位等信息。
2. poster主体：这是展示研究成果或实验数据的主要部分。
通常使用图表、图片、文字等手段，清晰简洁地展示研究目的、方法、结果和讨论等内容。
在摆放poster时，应该确保这些信息是观众可以轻松阅读和理解的部分。
3. 问题与答案部分：在poster展示过程中，观众可能会提出疑问，因此留出空间和准备答案非常重要。
4. 引用和参考文献：在poster的末尾，需要列出所有引用的文献和参考文献。
5. 作者信息：在poster的下方或背面，可以提供作者们的联系方式，如电子邮件、电话、地址等，以便感兴趣的专家和学者与作者联系，进行进一步交流和合作。
6. 布局和设计：poster的布局应该简洁、明了，易于阅读。
可以使用不同的颜色、字体和图片，但要避免使用过于花哨的设计，以免分散观众的注意力。
7. 使用标签和标题：使用简洁明了的标题和标签，可以帮助观众更快地理解poster的内容。
请注意，poster的尺寸和材质应该根据展示场合和观众群体来选择。
一般而言，poster的尺寸应该适中，既能够展示所有的信息，又不会占据过多的空间。
同时，选择一种适合展示环境的材质，如喷绘布等。
国际学术会议海报模板32-academic conference poster model
Nicole Keon, Daniel Brabander (MIT)
In a similar project, this group is studying a Superfund site (Wells G+H wetland)
that gained notoriety in A Civil Action, with
N. Keon, D. Brabander, Department of Civil and Environmental Engineering, MIT
The Distribution of Toxic Metals in Roots
Colleen Hansel, Scott Fendorf (Stanford University)
The raw fluorescence tomograms consists of elemental fluorescence (uncorrected for self-absorption) as a function of position and angle: a sinogram. This data is reconstructed as a virtual slice through the sample by a coordinate transformation of (x,) (x, y). The process could be repeated for different slices to give threedimensional information.
DOE DE-FG02-94ER14466.
M. Newville, S. R. Sutton, M. L. Rivers, and P. J. Eng, Consortium for Advanced Radiation Sources, University of Chicago
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Purpose
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Morbi id ligula ac ligula adipiscing iaculis. Nulla risus lorem, molestie ac, scelerisque quis, gravida eleifend, wisi. Proin sapien ante.
Expected Results
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Literature Cited
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montes, nascetur ridiculus mus. Morbi tristique erat at ligula. Curabitur in metus. Donec consequat. Quisque porta.
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Insert Your Two Line Poster Title Here
Your Name Goes Here Your Institution Name Can Go Here
Introduction
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Methods
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Disclosure
Authors of this presentation have the following to disclose concerning possible financial or personal relationships with commercial entities that may have a direct or indirect interest in the subject matter of this presentation:
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Tools
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Doctors Technician Training Module
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Independent Study Modules • Partueint curabitur • Quidis porta soopa • Lingula consecutatar
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First Name: More text or position here First Name, Last: More information goes here Another person here: Their information here
Other fine print regarding the conference or the post can be placed here, delete if it is not needed