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Google Analytics es probablemente la mejor herramienta existente para conocer el estado de salud de nuestro blog o página web. Mediante este servicio provisto por Google es fácil conocer el número de visitantes que recibe, las páginas que más visitas reciben y hacia dónde van esas mismas visitas después. Pues bien, con el fin de hacer su consulta aún más sencilla Google Analytics ha presentado durante el día de ayer una nueva forma de visualizar estos datos durante el evento Web 2.0. La función se llama Flow Visualization y la tendremos habilitada en Google Analytics a lo largo de la presente semana en la columna de la izquierda, con una nueva sección dedicada.
The second photo from Betabrand that uses Web Analytics 2.0 as a prop.
This one for a Gray Dress Yoga Pants.
Great personas team Betabrand!
Gregor Schwerhoff presents during the Analytical Corner titled “Reaching Net Zero Emission” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
1 October 2021
Washington, DC, United States
Photo ref: CH211001003.arw
Trend Following Analytics is the newest Micheal Covel book. It was written as a companion piece to his other four books as it consists mainly of charts and graphs.
Maksym Markevych presents during the Analytical Corner titled “Financial Integrity Screening of Cross-Border Financial Flows” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
30 September 2021
Washington, DC, United States
Photo ref: CH210930031.arw
Gregor Schwerhoff presents during the Analytical Corner titled “Reaching Net Zero Emission” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
1 October 2021
Washington, DC, United States
Photo ref: CH211001008.arw
As a side note, in August 2008, stats from the live video feed were recorded at 279,878 Viewer Hours, 1,141,472 Viewers, 827,159 Unique Viewers, 395.5 Average Viewers, 707 Hours of live broadcasting.
Diego Cerdeiro and Andras Komaromi present on COVID-19 and Supply Disruptions as Seen from Land and Space during an Analytical Corner recording at the International Monetary Fund.
IMF Photo/Cory Hancock
4 April 2022
Washington, DC, United States
Photo ref: CH101145.ARW
This is another bone drawing in the series I completed. I wanted to capture it both in detail and in line to pick it apart more thoroughly.
9/16
Maksym Markevych presents during the Analytical Corner titled “Financial Integrity Screening of Cross-Border Financial Flows” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
30 September 2021
Washington, DC, United States
Photo ref: CH210930026.arw
Marco Casiraghi and Gunes Kamber present during the Analytical Corner titled “Negative Interest Rates: The Experience So Far” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
30 September 2021
Washington, DC, United States
Photo ref: CH210930043.arw
I got a free one-page 'lifetime' account for Crazy Egg analytics (www.crazyegg.com) and tested it out at my blog (dougbelshaw.com/blog).
Given I *know* get at least 40x the number of visitors it reports in the 5-day time period, it serves as a curiosity only, I reckon. ;-)
Diego Cerdeiro and Andras Komaromi present on COVID-19 and Supply Disruptions as Seen from Land and Space during an Analytical Corner recording at the International Monetary Fund.
IMF Photo/Cory Hancock
4 April 2022
Washington, DC, United States
Photo ref: CH209943.ARW
Natalija Novta and Gemma Preston present during the Analytical Corner titled “Unlocking Access to Climate Finance” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
1 October 2021
Washington, DC, United States
Photo ref: CH211001029.arw
Dr. Amanda Mangum's Quantitative Consulting class presented their research to Upstate Family Resource Center.
Join us in London, The Royal Institution, April 1st. Take control of your evolving analytics requirements. Experience IBM Watson Analytics and IBM Verse and their integration with Twitter. bit.ly/1b2hcyS
6/50
New Year and a new photo project. My first photo project ever. Fifty photos in fifty days. This project is designed to make me improve and develop in several photography areas which i will elaborate more on later.
My new shirt which was a present yesterday was my inspiration today. The first time i have used my 50mm lens on the project and the first time i have done a one light shot. I dont use it much for portraits so thats one of the things i wanted to get more comfortable with and better at using. I will work on finding its strengths.
Good news... no smoke and a burning smells from my 580ex flash today.
Comments and critiques always welcomed.
Strobist:
Speedlight - westcott 28 softbox L
iso400,50mm,f/8,1/200
Are we driving technology, or are we being driven by it? This question and others are addressed in the Analytical Corner - The Components of a Winning National Digital Strategy led by Jennifer Beckman, Debbie Chungu and Emre Alper at the IMF Headquarters during the 2019 IMF/World Bank Annual Meetings, October 16, 2019 in Washington, DC. IMF Photograph/Stefani Reynolds
Our curriculum provides the skills necessary to work in the field of information technology, computer security, networking, data analytics, healthcare informatics, project management, or computer forensics. Our instructors have professional experience and understand the needs of industry and working adults. The instruction is a combination of interactive lecture, hands-on experience, real world case studies, group work, and research.
Ehsan Ebrahimy presents during the Analytical Corner titled “The Decline in Real Rates Despite Soaring Government Debt: What Does It Mean for Debt Sustainability?” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
30 September 2021
Washington, DC, United States
Photo ref: CH210930018.arw
Maksym Markevych presents during the Analytical Corner titled “Financial Integrity Screening of Cross-Border Financial Flows” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
30 September 2021
Washington, DC, United States
Photo ref: CH210930032.arw
After a storm, many people may not be aware of their roofing needs, as the damage is either non-visible or not immediate. Roofing Analytics offers and encourages inspections by our certified storm damage assessment team.
Take full advantage of your data most valuable assets for business analytics. Get your data in order and identify what's most valuable to accelerate your business with insight, forecasting, data mining and text analysis With Advanced Analytics expertise: bit.ly/2VDEkLQ
Marco Casiraghi and Gunes Kamber present during the Analytical Corner titled “Negative Interest Rates: The Experience So Far” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
30 September 2021
Washington, DC, United States
Photo ref: CH210930037.arw
解析天文学：相对观测者观测的空间尺度
周坚/2013年9月24日
解析天文学（Analytic Astronomy），又称为坐标天文学（Coordinate Astronomy），是使用代数方法进行研究的天文学，2008年6月29日发现的周坚定律就是它的理论基础，2009年3月8日创立的解析宇宙学（著作权登记证号是：2009-A-020687）的解析观点促成了它的提出。那么，解析天文学能够为我们带来什么呢？就让我们通过具体的实际应用来回答这个问题吧
空间尺度一般是指开展研究所采用的空间大小的量度。在天文学研究领域，空间尺度就是指宇宙作为一个整体存在的空间大小的量度，它的研究是最基础性的工作，是正确认识宇宙的基础和前提，只有充分理解了空间尺度，才能更好地认识宇宙，为定性和定量分析一切天体提供条件。
说实在的，这些大道理人人都知道，但如何进行这样的研究那就难倒我们了，不过随着我们对宇宙研究的不断深入，我们的认知已经从美国天文学家哈勃于1927年发现的哈勃定律，到美国科学家索尔•珀尔马特，拥有美国和澳大利亚双重国籍的科学家布赖恩•施密特，美国科学家亚当•里斯，他们于1998年发现的宇宙正在加速膨胀，再到中国科学家周坚于2008年发现周坚定律，如今已经进入到解析天文学的研究时代，那是用代数来研究天文的时代。
这幅编号为ZHOU-Jian-2013036的示意图，用图示的形式再现了解析天文学研究空间尺度的结果，它告诉我们，宇宙作为一个整体存在的空间大小是无限的，但相对观测者观测的空间大小，即作为相对观测者所能观测到的宇宙是有限的，它的有限空间尺度极限值是13,771,980,862.5685光年（137.72亿光年），这就是周坚定律中的那个比例常数，称之为周坚常数（Z0），而在相对观测者的这个极限空间尺度范围之内的宇宙我们就将它称之为可观测宇宙，而在相对观测者的这个极限空间尺度范围之外的宇宙我们就将它称之为不可观测宇宙，当然了，在可观测宇宙之内的星系统称为河外星系，而在可观测宇宙之外的星系就统称为视外星系。
最后，在这里一定要负责人地提醒大家注意：
1、河外星系与视外星系是相对观测者对它们进行观测的可见与不可见而言的。
2、观测者在宇宙中没有任何特殊的观测位置，我们在地球上对宇宙进行观测是ZHOU-Jian-2013036图示情况，而在其它星球上的观测者对宇宙进行观测也是如此类似的情况，其实，在宇宙中任何空间位置上的观测者对宇宙进行观测都是如此类似的情况。
3、观测者对宇宙进行观测的这种空间尺度概念来自光（电磁辐射）在传播过程中的传输波长随传播距离的增大向红端发生自然位移的周坚效应所产生的周坚红移所导致的直接结果。
4、周坚红移的产生与观测者的观测与否没有任何关系，换句话说就是光（电磁辐射）在传播过程中的传输波长随传播距离的增大向红端发生自然位移的周坚效应是一种自然现象，它与多普勒效应类似，但产生红移的机制完全不同。
【Analytic Astronomy, also known coordinate astronomy, is to use algebraic methods to study astronomy, June 29, 2008 discovered ZHOU Jian's law is its theoretical foundation, March 8, 2009 founded the analytic cosmology (copyright registration number is :2009-A-020687) contributed to the analytical point of view it's made.So, it brought us what? Let us through specific practical application to answer this question now.】
for wendyhome.com
These are failry typical weekly statistics with the exception that Thursday (tea drinking posts) is looking more popular than Wednesday (why I'm single posts)
Summary:
30% of visits are from returning visitors (same IP address, inactive for 30mins between activity on the Wendyhome), approximately 12 computers/people one of whom is me.
Approximately 40 visits and 60 page-views per day
Most my traffic comes from Goggle (google.com and images). A separate content analysis shows the 18% google images searchers are all looking for my picture of an everclear alcohol bottle (see image in comment below)
12% of my traffic is 'direct' (from bookmarks/favourites, my email signature etc)
10% of my traffic is from msdn.com (Raymond's blog)
Carine Meyimdjui and Diego Gomes present during the Analytical Corner titled “Epidemics, Gender, and Human Capital” for the 2021 Annual Meetings at the International Monetary Fund.
IMF Photo/Cory Hancock
29 September 2021
Washington, DC, United States
Photo ref: CH210929020.arw
According to Google Analytics, both Ryan Tubridy and Christian Payne pull the same interest from casual viewers. And quotation marks intrigue people too. This heatmap comes from an analysis of my blog.
解析天文学应用模板∶天体演化解析模板
周坚/2013年12月10日
解析天文学（Analytic Astronomy），又称为坐标天文学（Coordinate Astronomy），是使用代数方法进行研究的天文学，2008年6月29日发现的周坚定律就是它的理论基础，2009年3月8日创立的解析宇宙学（著作权登记证号是：2009-A-020687）的解析观点促成了它的提出。那么，解析天文学能够为我们带来什么呢？就让我们通过具体的实际应用来回答这个问题吧。
天体演化是指宇宙中的天体有它的产生、发展和衰亡的过程，它是天文学研究领域必须面对的最基础性的自然科学之一，因此，由家住广西柳州市柳北区柳长路611号的中国人周坚，基于1998年发现宇宙正在加速膨胀的超新星哈勃图的进一步深入研究，于2008年6月29日发现周坚定律【周坚，来自超新星哈勃图的观测证明一个周坚红移定律，中国科技财富，2011，24：274】，并基于周坚定律的直接应用，于2009年3月8日独立创立了不可思议的解析宇宙学【著作权登记证号是：2009-A-020687】理论，于2013年6月29日毫不犹豫的提出解析天文学理论，虽然能够让我们应用解析法（代数）来解读我们所观测到的那迷团般的天空，但作为天文学的一门崭新的分支理论——解析天文学，也必须能够对天体演化进行解析。当然了，天体演化是一个相当复杂的过程，为了让我们能够更清晰的认识天体演化过程，这里特制作出这个解析天文学应用模板，即天体演化解析模板，现在呈现给大家，希望能够帮助我们更加深入地理解和认识天体演化过程。
由于解析天文学应用模板：天体演化解析模板实在太大，图片无法清晰上传，只能按附件上传，下载后观看欣赏我们所观测到的天体演化过程。
可以肯定，通过仔细阅读天体演化解析模板后，我们一定能够理解宇宙为什么就是我们观测到的现在这种模样。
解析天文学解析模板，包含星系和星系团等天体的解析模板、恒星和星云等天体的解析模板和天体演化解析模板三个部分，现在已经全部完成，至此，笔者的义务已经完成，敬请大家欣赏，正确与否就由后人研究鉴别好了，笔者完全相信人类的智慧。
Analytic Astronomy, also known coordinate astronomy, is to use algebraic methods to study astronomy, June 29, 2008 discovered ZHOU Jian's law is its theoretical foundation, March 8, 2009 founded the analytic cosmology (copyright registration number is :2009-A-020687) contributed to the analytical point of view it's made.So, it brought us what? Let us through specific practical application to answer this question now.