ContributorsĬurious to know who the authors are? Check them out! EOF Thanks to Martin Wiser's example for providing a good solid basis for the development of this custom email alert in ITSI. By clicking on them users can directly access data in dedicated Deep Dive dashboards. Specified recipients shall have now received an email listing both Contributing KPIs and Possible Affected Services Deep Dive links in its body. Configure the action by filling fields such as.Click on Actions > Custom send email as shown below.Click on the event you want to send a custom email from.Select Notable Events Review from the navigation bar.Enter the app IT Service Intelligence among available ones.If files do already exist, just add local/*.conf stanzas into the corresponding onesĬopy local/data/ui/alerts/itsi_deepdive_email.html to $SPLUNK_HOME/etc/apps/SA-ITOA/local/data/ui/alertsĪdd stanzas of README/*.spec into $SPLUNK_HOME/etc/apps/SA-ITOA/README/alert_ and $SPLUNK_HOME/etc/apps/SA-ITOA/README/ respectivelyĬopy bin/* to $SPLUNK_HOME/etc/apps/SA-ITOA/bin and make sure their ownership and permissions are as shown below If not already existing, copy local/*.conf into a local version of $SPLUNK_HOME/etc/apps/SA-ITOA/default/notable_event_nf and $SPLUNK_HOME/etc/apps/SA-ITOA/default/alert_nf In Email Format Settings specify Send email as.In Mail Server Settings specify mail host, email security, username and password.From the home page, select Settings > Server settings > Email settings.Configure your Splunk instance to send email notification (if not already done).Access to your Splunk instance via UI as well as via SSH. ![]()
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![]() ![]() (Cardi B, for instance, has said she turned down a chance to perform at this year’s Super Bowl in solidarity with Kaepernick. Knight said in an interview with NBC’s Today earlier this week that she considered joining a boycott of the NFL over its treatment of Colin Kaepernick, the former San Francisco 49ers quarterback who is currently suing the NFL. Knight, a seven-time Grammy winner behind Billboard Hot 100 chart-toppers like “Midnight Train to Georgia” (released as Gladys Knight & the Pips), has previously said in a statement that she saw the opportunity to sing “The Star-Spangled Banner“ as a chance to “unite and represent our country.” Pink, Luke Bryan, Lady Gaga and Idina Menzel have all sung the anthem before the game in recent years. #stoplying," read a tweet from Kaepernick's girlfriend, Nessa, which he retweeted.The Empress of Soul is back in Georgia - and she probably didn’t have to take a midnight train to get there.ĭressed in a dazzling white outfit, Gladys Knight kicked off Super Bowl LIII by belting an elegant rendition of the national anthem at Mercedes-Benz Stadium in Atlanta this Sunday (Feb. "There is NO mutual respect and there is NO understanding for anyone working against PERIOD. Gladys Knight kicked off Super Bowl LIII in spectacular fashion The 74-year-old singer took the stage in Atlanta, Georgia, and performed the national anthem following a stunning rendition of. The player-turned-activist retweeted fans who were pushing back on a recent Variety report claiming Kaepernick and Scott had reached a point of "mutual respect and understanding" after "at least one phone conversation," ET reports. Kaepernick sent a message to Travis Scott after the rapper decided to perform at the big game. The Empress of Soul, clad in a gorgeous white dress adorned. 3 to give the Anthem back its voice, to stand for that historic choice of words, the way it unites us when we hear it and to free it from the same prejudices and struggles I have fought long and hard for all my life, from walking back hallways, from marching with our social leaders, from using my voice for good I have been in the forefront of this. "CBS and the NFL reached out to Rihanna first, who after thinking about the offer, decided to pass due to the NFL and the situation regarding players kneeling." Super Bowl 53 got off to a great start as Gladys Knight knocked the national anthem out of the park during pregame festivities. The seven-time Grammy winner, 74, who was born and raised in Atlanta, wore a white. ![]() "Rihanna was the front-runner for next year's Super Bowl halftime show," a source told ET. Gladys Knight kicked off Super Bowl LIII on Sunday with her rousing rendition of the national anthem. Maroon 5 will headline the halftime show, with artists Travis Scott and Big Boi joining them.īoth Rihanna and Pink turned down the gig, Entertainment Tonight reports. Gladys Knight looked and sounded like she actually descended from heaven to midfield to sing the anthem. Several artists reportedly refused to play the Super Bowl halftime show, as a show of solidarity with Kaepernick and other players who've kneeled in protest during the anthem. Twitter raved about Knight’s performance, and deservedly so. The band will be joined by rapper Travis Scott and Big Boi, who is from Atlanta. Gladys Knight Kicks Off Super Bowl 2019 With Stirring National Anthem Performance The Empress of Soul sang a powerful rendition of 'The Star-Spangled Banner.' By Carly Ledbetter Feb 3, 2019, 06:35 PM EST Updated Gladys Knight brought down the house well, stadium on Sunday night. In addition to Knight's pre-game performance, Maroon 5 will headline the halftime show. ![]() San Francisco 49ers safety Eric Reid (35) and quarterback Colin Kaepernick (7) kneel during the national anthem before an NFL football game in 2016. President Trump fueled the controversy throughout last season. The initiative is a response to the protests during the national anthem, and the backlash they sparked after former 49ers quarterback Colin Kaepernick started kneeling in August 2016. The joint NFL players-owners working group approved two new social justice grants to Big Brothers Big Sisters of America and Operation HOPE, and last season supported Dream Corps and the United Negro College Fund. The league announced its " Inspire Change" initiative earlier this month to showcase "the collaborative efforts of players, owners and the league to create positive change in communities across the country," the NFL said in a statement. Therefore, the value of Doppler frequency, $f_d$ is $926HZ$ for the given specifications. So, the total angle of excursion made by the electromagnetic wave during the two-way communication path between the Radar and target will be equal to $4\pi R/\lambda$ radians.įollowing is the mathematical formula for angular frequency, $\omega$ −įollowing equation shows the mathematical relationship between the angular frequency $\omega$ and phase angle $\phi$ − ![]() We know that one wave length $\lambda$ corresponds to an angular excursion of $2\pi$ radians. In this project is analysed the Doppler shift over the satellite channel observed by a mobile terminal. Doppler Effect of LEO Satellite Since the high speed of relative motion between the satellite and the user terminal, the Doppler frequency shift changes rapidly with time. If $\lambda$ is one wave length, then the number of wave lengths N that are present in a two-way communication path between the Radar and target will be equal to $2R/\lambda$. Nevertheless, mobile ground-terminals receive high Doppler shift over the satellite channel, due the relative motion between the satellite and the mobile terminal. Therefore, the total distance between the Radar and target in a two-way communication path will be 2R, since Radar transmits a signal to the target and accordingly the target sends an echo signal to the Radar. The distance between Radar and target is nothing but the Range of the target or simply range, R. Now, let us derive the formula for Doppler frequency. Apparent shifts in frequency of transmitted signal due to motion. Doppler shift frequency compensator for coherent. The frequency of the received signal will decrease, when the target moves away from the Radar. Doppler shifts: Effect on Communication systems. The frequency shift induced by Doppler effect is characterized for LEO satellite constellations with optical inter-satellite links in 186. The frequency of the received signal will increase, when the target moves towards the direction of the Radar. ![]() This effect is known as the Doppler effect.Īccording to the Doppler effect, we will get the following two possible cases − Summary: Doppler Applications in LEO Satellite Communication Systems develops and presents an important class of techniques useful in the construction of. If the target is not stationary, then there will be a change in the frequency of the signal that is transmitted from the Radar and that is received by the Radar. In applications where you have these sort of dynamics, you typically cant mitigate it much, so youre left with building a receiver that tolerates the effects. In this chapter, we will learn about the Doppler Effect in Radar Systems. The high radial velocity of the satellite toward the receiver will cause a Doppler shift, and any change in that velocity caused by its orbit will cause that shift to change over time. ![]()
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Although the view from the hotel included the church of San Giorgio Maggiore, the painting at dusk appears to have been viewed from the waterfront known as the Riva degli Schiavoni, where the island forms a focal point of the view. Monet painted looking out from this hotel, but not, it seems, in the case of this particular painting. Monet, the Britannia had a view, "if such a thing were possible, even more beautiful than that of Palazzo Barbaro." Monet and his wife Alice stayed at the Palazzo Barbaro for a couple of weeks, and then moved to the Hotel Britannia, where they stayed until December. This photo separates the campanile and dome of San Giorgio Maggiore, as it is taken from a position nearer the Grand Canal than the dusk paintings. He was particularly impressed by the Venetian sunsets, “these splendid sunsets which are unique in the world.” He had previously been inspired by other sunsets, such as those of Normandy (in Rouen Cathedral and Haystacks, his series of the 1890s) and London ( Houses of Parliament). With this varied approach, the paintings focused on the ‘nature of experience.’ Monet painted the church of San Giorgio Maggiore in six lighting conditions. To the right are the faintly visible domes of Santa Maria della Salute and the mouth of the Grand Canal. The painting focuses on the Church of San Giorgio Maggiore with its bell tower rising to the top of the painting. The forms are gently inserted, though not enough to disguise their identity. It depicts mysterious buildings that seem to magically appear from the surrounding landscape, they almost seem to float in the background. San Giorgio Maggiore al Crepuscolo is approximately two-by-three feet and painted in oil on canvas. San Giorgio Maggiore al Crepuscolo: Description of the painting The other version is in the Bridgestone Museum of Art in Tokyo. The painting is normally on display there. ![]() She bequeathed it to the Art Gallery (now National Museum Cardiff) in Cardiff, Wales. One version of San Giorgio Maggiore at Dusk was acquired in Paris by the Welsh art collector Gwendoline Davies. This series is in turn part of a larger series of views of Venice which Monet began in 1908 during his only visit there. It forms part of a series of views of the monastery-island of San Giorgio Maggiore. Saint-Georges majeur au crépuscule (Eng: Dusk in Venice, San Giorgio Maggiore by Twilight or Sunset in Venice) refers to an Impressionist painting by Claude Monet, which exists in more than one version. National Museum Cardiff of Cardiff, Wales French: Saint-Georges Majeur au Crépuscule, Italian: San Giorgio Maggiore al crepuscolo Theoretical development of the new approach is described in detail, which includes two linear regressions, \(\frac\), seeing details of the expressions in Eq. ( 10). Further increase in the stress only broadens the two LS peaks. In this paper, we propose a new approach to make simultaneous measurement of both residual normal and shear stresses. The peak separation between substrate and layer is related to the change of interplanar spacing normal to the substrate. The HMO samples were analyzed by X-ray diffraction, Fourier transform. In particular, the conventional method can only be applied to measure the residual normal stress while leaving the residual shear stress unknown. Toros Arda Aken, Bora ener, Emre Esener, Mehmet. A drawback of the conventional d ~ sin 2 ψ method is the increased uncertainty arising from sin 2 ψ splitting when a significant residual shear stress co-exists with a residual normal stress. A and the relevant angular data are summarized in Table A for. attenuators, filters, transducers and multiple state memory).X-ray diffraction has been widely used in measuring surface residual stresses. peak splitting attributed to the difference between K 1 and K 2 is clearly observed in Fig. The types of materials we investigate have potential applications in energy conversion, transparent conducting oxides, gas sensors, catalysts, low temperature co-fired ceramics, dielectric ceramics, solid oxide fuel cells, and electronics (e.g. There is a continual need for: 1) a better understanding of composition-structure-property relationships, 2) new compounds/materials with improved properties, and 3) more economical compounds/materials. The results of the research are presented at conferences and in publications. Group members learn about conducting literature searches and manuscript writing. For such deformations, high-resolution powder XRD using synchrotron radiation can be a more sensitive and reliable technique. Measurements of their chemical and properties are conducted using electrical and dielectric characterization as a function of temperature and atmosphere, magnetic measurements, and photocatalytic properties. In general, both single-crystal XRD and conventional electron diffraction (ED) techniques are not sensitive enough to small crystal deformations. Characterization of their resulting phase assemblages and crystal structures is conducted through the use of X-ray diffraction techniques and crystallography. Approaches for materials design and discovery include a target approach using structure prediction, a directed approach using chemical intuition and substitutions, and exploratory through phase diagram development. In our research laboratory we utilize various solid state synthesis methods including conventional high temperature (up to 1600 ℃), flux, solvothermal, sealed tube and gas flow reactions. My research group is interested in the synthesis and characterization of solid-state inorganic materials and in fundamental structure/property relationships of solid state oxides. Solid-State, Inorganic, Materials Chemistry National Research Council Postdoctoral Fellow, (2003-2004) National Institute of Standards and Technology,NIST, Gaithersburg, MD XRD data initially show peak shifting to lower 2 value, which indicates an expansion to a higher lattice parameter, then at the higher annealing temperature. of Chemistry and Biochemistry, University of South Carolina, Columbia, SC Inorganic Chemistry (1998-2002), Department of Chemistry, Ohio State UniversityĪssociate Professor (2010-present), Department of Chemistry, University of North Florida, Jacksonville, FLĪssistant Professor (2006-2010), Department of Chemistry, University of North Florida, Jacksonville, FL I then held a postdoctoral position with Professor Hanno zur Loye at the University of South Carolina, before starting at the University of North Florida.īS Chemistry (1994-1998), Department of Chemistry, Youngstown State University Following graduate school I spent two years as a National Research Council Postdoctoral Research Fellow at the National Institute of Standards and Technology in Gaithersburg MD, where I worked with Dr. Diffractometer measures the angles at which X-rays get reflected and thus get the structural information they contains. My research advisor was Professor Patrick Woodward and my research at that time focused experimental solid state chemistry and on the development of a software program ( SPuDS) to calculate the crystal structures of perovskites. The construction of a simple powder diffractometer was first described by Hull in 1917 1 which was shortly after the discovery of X-rays by Wilhelm Conrad Röntgen in 1895 2. I obtained a BS in Chemistry from Youngstown State University in 1998. An aluminium profile rig will give you the most options for adjustment on your pedals in terms of height, distance and angle. Got a dodgy knee from a freak parkour accident in your youth? You might want to think about how you can position your pedals. Like the seat position, 8020 typically allows you to alter the height, distance to your driving position as well as the steering wheel angle for maximum comfort and leverage. There are some fundamental rules to how near or far you should be to the steering wheel, so it is vitally important you get this right. This is also a great feature if you have friends over who want to see how easy it is (ha!)īasic rigs often mean having to settle for very little, or no adjustment to where the steering wheel sits. Got short arms but long legs? No problem, pull the wheel deck towards you and push the pedal deck back.Ĩ020 rigs allow you to fit a seat slider to allow for easy in and out and fine tuning of your racing position. With aluminium extrusion rigs you can typically alter the height and angle of the seat, as well as how far it is from the wheel and pedals. I think that’s a pretty accurate description.Ĭheaper rigs or wheelstands often have a fixed seating position. YouTuber Chris Haye calls it “Lego for adults”. You can buy extra profile and extend your rig to do whatever you need it to do. You can add accessories from different manufacturers like shifters, button boxes, etc. Only your imagination will hold you back on what you can do to an extrusion rig. It is certainly possible to buy a bad 8020/aluminium extrusion rig and have flex. Both the materials (particularly profile size) as well as layout and design will have a big impact on whether the rigidity is up to scratch. Quite literally, there is no point having a powerful wheel if it is married to the wrong rig.īe careful: not all 8020 rigs are made equal. Force feedback fidelity is sapped every time there is an unwanted movement in a rig. You will not typically get that from a strong 8020 rig. It is no good if you are hammering your Porsche 911 GT3 Cup car into the Carousel at the Green Hell, only to have your perfect racing line derailed by flex in the rig. Fanatec DD1/DD2, Simucube, Leo Bodnar, etc. ![]() If you run a powerful force feedback wheel (such as a direct drive wheel) e.g. If a car manufacturer can use it to build cars and trucks, you can be sure that it is stiff stuff. It will take a lot of punishment and a sim rig made of the right sized profiles is not even close to testing its potential strength. If you have never handled the material and only ever seen it in photos, it is hard to get across just how substantial it feels in the hand. The material is often used in vehicle construction where strength to weight ratio is critically important. An aluminium extrusion rig, the PRO SIMRIG PSR1Īluminium extrusion “profiles” as they are called are extremely hardy. The feature will be available in the 'coming months,' Google says. You will see a pop-up window with the description of pdfFillers functionalities. The tool will also provide image descriptions. Click Add-ons again, Select pdfFiller for Google Docs and click Edit as PDF. You’ll see that the document opens on Google Docs, but is still in the “.docx” format. The company is adding OCR (optical character recognition) technology to Chrome that can convert PDFs to text that makes them more accessible, particularly if you want a screen reader to read them aloud. Once the document is on Google Drive, open Google Drive in your browser, find the document, and double-click it to open it. If you have the Google Drive app, you can just place the Word document in your Google Drive folder on your desktop, or you can drag-and-drop the Word document into Google Drive when it’s open in your browser. What then?įirst, you need to get that Word document onto Google Drive. Therefore, there represent multiple methods in which you could alter your Google Doc file into a PDF format. Say someone sends you a Word document via email and you want to edit it with all the cloud-based bells and whistles of Google Docs. Many people locate to turn Google Doc into PDF for providing other our the autonomy to view to documents, although she have a word machining software. ![]() Let’s start with converting Word to Google Docs files. Upload your file to Google Drive Open your Drive and locate the file Click on the file and choose Open with Select Google Docs Copy the data using Ctrl + C. ![]() Convert Microsoft Word (.docx) Files to Google Docs Convert Single Word Document to Google Docs Hit the UPLOAD FILES button and find the PDF file(s) you. Then in the drop-down menu, you need to click the Download > PDF Document. To get started converting your PDF to DOC, you first need to upload your file(s) into the form above. Note: while you can convert documents from Google Docs to Word, there is no guarantee that the formatting in your document will be preserved during the conversion. Open the document in Google Docs, and then you can select the File button. ![]() We’ll also show you how to go the other way, converting Microsoft’s DOCX documents to the Docs format and opening them. ![]() The seal of the City of San Marino, California is modeled on that of the republic, depicting the Three Towers of San Marino each capped with a bronze plume, surrounded by a heart-shaped scroll with two roundels and a lozenge (of unknown significance) at the top. The state which grew from the monastery is the world's oldest surviving republic. Marinus took refuge at Monte Titano on the Italian peninsula, where he built a chapel and founded a monastic community in 301 A.D. The city takes its name from the ancient Republic of San Marino, founded by Saint Marinus who fled his home in Dalmatia (modern Croatia) at the time of the Diocletianic Persecution of Christians. By extension, with a median home price of $2,699,098, San Marino is one of the most expensive and exclusive neighborhoods in the Los Angeles area. The city is one of the wealthiest places in the nation in terms of household income. At the 2020 United States census the population was 12,513, a decline from the 2010 United States census. 8, 7 p.m., at Caltech’s Ramo Auditorium, 1200 East California Blvd.San Marino is a residential city in Los Angeles County, California, United States. at JPL’s von Karman Auditorium, 4800 Oak Road Drive, and on Feb. Each scientist will hold forth for about 20-25 minutes on Feb. The lectures are part of the JPL-sponsored Theodore von Kármán Lecture Series. ![]() At JPL he is working on the next generation of submillimeter-wave, high-spectral resolution cameras for astrophysics, planetary science and Earth science. His work has led him to Rome, Paris and Antarctica. He is a Fullbright postdoctoral research award winner. Jose Siles received his masters and doctorate in electrical engineering at Technical University of Madrid. She joined JPL in 2012, and currently works on the Europa Clipper mission. Her master of science and doctorate in aerospace engineering were obtained from Cornell University. Prior to assuming her post at JPL, Jones-Wilson earned a bachelor of science degree at Virginia Tech. The balloon was chosen as the way to go, because the launch platform is cheaper than a rocket, and there is less testing and documentation required than for its jet-powered cohort.Īccording to Siles, there have been some 10,000 scientific balloon missions since the early 20th century, so the technology as guerilla science has kept a foothold in the research world, co-existing with later iterations of the flying sciences. To conduct the study, it was necessary to get that telescope above the Earth’s atmosphere. The telescope used in the research “sees” at a light wavelength that is blocked by Earth’s atmosphere. Siles will recount his experiences on the STO-2 mission studying star birth in the universe. The other speaker is Jose Siles, a research engineer at JPL. “Think of them as the graphic novel of scientific missions!” “Balloon missions can be used to gain a tactical flash of insight or can be used to build powerful story arcs over time,” said Jones-Wilson. Jones-Wilson will discuss how young researchers can grasp guerilla science through ballooning and complete important work before moving onto major missions at the National Aerospace and Space Administration. “These conditions can lead to a can-do, self-reliant ballooning culture that echoes the early days of the nascent aerospace industry,” said Jones-Wilson, who will deliver one of two lectures, Feb. Balloons can and do launch from inhospitable, remote places. She noted that payloads on balloons can be reused, a fact that allows small teams to build, test, learn, dust off, and build again in a tight engineering cycle. “Balloon missions, because of their relatively low cost and unique risk profile, often operate using a less-glamorous, even ‘scrappy’ approach to engineering compared to what we typically see for space missions,” said, Laura Jones-Wilson, a systems engineer at JPL. It is, according to the lecturers, a “last bastion of guerilla science.” The sponsors point out that, while balloons may seem a technology more pegged to Poe’s time than our own, they represent a cheaper, faster method than a rocket for scientists and engineers to get hardware and instruments above the Earth’s atmosphere. The mission Poe was writing about turned out to be a hoax, but a pair of JPL Theordore von Kármán Lecture Series talks about ballooning in today’s scientific firmament will assert the value of dirigible research. The Atlantic has been actually crossed in a Balloon!” “The New York Sun” as quoted by Edgar Allan Poe in “The Balloon Hoax” “The great problem is at length solved! The air, as well as the earth and the ocean, has been subdued by science, and will become a common and convenient highway for mankind. |