There may come a time in your life when you are called upon to search for articles within one specific journal rather than a database. Let's talk about how to go about finding a specific journal so that you can search through it. Let's imagine that you want to find the journal, the British Journal of Criminology. To find this journal, let's start at utm.library.utoronto.ca. Click Advanced Search. Just beneath the library search, Big Box. Type in the name of the journal, British Journal of Criminology. If the title of the journal has two or more words in it, try using quotation marks to make the title an exact phrase. Using quotation marks will increase the chances that the journal will be the first result that you get. Click the Any field dropdown and change that to Title. Click the Format dropdown menu to the right of the line and change it from All Items to Journals. Click Search. Scroll down to see the results. We see that the first record says Available Online. Many journals will be available in print and online. In this video, we will only use the online format. Scroll down to Full Text Availability, where you will find one or more links to providers of this journal. These links will take us out of library search and directly to the journal. When you encounter multiple links, you will ask yourself which link should I choose? The main advice that I would give is to look at the dates covered. The only link option here that is up-to-date and current is the first one, CRKN Oxford University Press, current. Most times you are going to want the most up-to-date content, so for this journal, you will probably want to use the CRKN Oxford University Press current link. But let's also look at the link provided by Scholar's Portal. I'm choosing this Scholar's Portal version because many journals can be accessed through Scholar's Portal, so you will see the name a lot. Remember, these are all links to the same journal, but the journal is presented differently by each provider. And the different versions can look and function quite differently, even though the content is basically the same. With the Scholar's Portal version, the content can be browsed by year, volume, and issue right from the landing page. You can easily find and open each issue and start browsing articles. The Scholar's Portal format of the journal opens to the latest issue available on their platform. You can open more issues on the right. As you browse the issue, write down keywords that might interest you, and then you can search the journal just as you would a database. You can add search boxes, use Boolean operators, such as AND, or along with other advanced search techniques. Let's imagine that this article about COVID in prisons interested you. Think about keywords and synonyms to search, just as you would if you were searching in a database. We'll type in COVID or pandemic in the first box. Click the little plus sign to add a box and type in prison or jail or incarcerated. Click search. We get three results, which could be a nice start, and we could go and carry out similar searches in other journals. Now let's look at the CRKN Oxford University Press version of the journal. Again, this is the same journal that we just looked at, but through the platform of another provider. This version is more up to date than the Scholar's Portal version and is current to the most recent issue at the time that I am making this video. The Oxford University Press version doesn't immediately open to an issue and doesn't have a clearly demarcated list of all the issues for browsing. Many journals will have landing pages that look like this. You will have to look for text like here in the upper left hand corner where it says issues if you want to browse all of the issues. Once you click issues, you'll be taken to the current issue and can browse other issues using these dropdown menus. We can also search the journal using this box in the upper right hand corner. Unfortunately, there is only one search box here and no way to add more the way we could with the Scholar's Portal version of this journal. There is an advanced search, so let's click that. Unfortunately, we see that there is still only one search box and no way to add more. Also, this box is tiny, so it won't be easy to craft more complex searches, even if we use brackets, which is a trick we can use to essentially create our own search boxes. So we can more easily use the Boolean operator or this format does provide this add term option, but it is a feature that you won't see often and you'll be better served in the long term by learning how to use brackets when searching in journals or databases that only provide one search box. So I'm going to go ahead and add brackets and type in COVID or pandemic and in brackets, prison or jail or incarcerated. For this platform, we click update and it will search for the terms. Now we retrieve 34 articles. Remember that when we carried out the same exact search in the Scholar's Portal version of this journal, we only retrieved three articles. The main difference is that this version is current to the date at which I am making this video and in that one year, a number of articles were published that at least mentioned COVID. One last thing, notice that this version of the journal mentions type over on the left hand side. We see that these journal articles are listed as either research articles or book reviews. The Scholar's Portal version does not alert you to content types like this version does. So with the Scholar's Portal version, you would have to figure that out for yourself. Your instructors and people like us at the library will talk about journal articles as if all of the stuff in a journal was the same. In fact, journals have a bunch of other content types that might appear to be journal articles, such as book reviews or letters to the editor, but they are not the research articles that your instructors are generally asking you to find. Therefore, make sure to open articles to make sure that they are research articles and not some other content type. If you need any help, feel free to stop by the reference desk at the library, email us at askutml.utm.utoronto.ca or use the online chat from the UTM Library homepage and we can help.


Hi everyone, Joe for jazby's casebreaks.com. We are doing the Recap this is the recap was like what am I doing here doing a recap video for the 48 box high-end football Mixer that we just completed not too long ago pretty solid mixer. It's a two-hour mixer. So That's how we do a little recap for everybody So once again here are the people that got into the action Thank you very much the winner of that to a autograph Jersey was JD Simpson. You can watch that randomizer at the very end So congrats to him. Let's do stuff from earlier in the break first Not a lot of so there's gonna be a ton of hits this might this might take as long as the break No, it won't So I'll breeze through this but and all these of course will be top-loaded Before they're sorted Kind of breeze through these So and obviously if you want the details you can zip through fast forward through the website or through the main break video stills Tavon Austin Some college these college guys will all look up and make sure they go to the right place I don't think there's anyone significant there. We'll still send those redemptions out Nice dual relic dual auto More from that panini black, which I think has a pretty sharp design Dobson mcdonald There's a number of Mike Glennon's in there I'm not really good. They'll actually kind of funny here. I kind of like what he's doing there. All right Justin Jefferson going to the Vikings Watching the draft of course tonight. That was picked 22 Guess the Stefan digs replacement Justin Jefferson. There's a two out of five Gronkowski right there His oldest brother was a quarterback there and Ricky another older brother Well, it's called Carl Eller Some rookies there Daniel Jones and a nice rated rookie hollow Patrimahomes is pretty cool disley. It's kind of a weird angle We had a dual relic book for the Texans A little bit more to go Nice stittem back there too That ended up being Mike Wallace Look that up that goes to Pittsburgh In the last bit here, there's the rams plate robert woods manual sanders we've got a Texans dual auto nice haskens True lock redemptions. It's still good still can submit luminous endorsements And there you have it some of the higher end stuff The impeccables They're pretty solid too Now some other ones here origins Here is the flaw or oh and out of impeccable also came that silver kyler Murray Which was pretty nice Encased was Rosen Christian McCaffrey diamond Barry sander sapphire And the cards in that slider box a couple trainwilson jared goff bruce smith randall cunningham Heath miller marie cooper They put some old them are old flawless cards in this one and a couple triple relics for the bills And the falcons there you have it ladies and gentlemen. That was a great 48 box high end nfl draft football mixer. Thanks for watching Um and thanks for sticking with me all throughout that long break really appreciate it. Joe for jazby's case breaks.com We'll see you next time. Bye. Bye


What's up everybody? Jason here for jazby's casebreaks.com 2019 Panini Donner's Optic football hobby three box break cheered around in teams number eight Which is a great value and just if you want to read that in description as it says here. It's a little different member Maximum value even the bottom rows have some great teams. Please note that these are loose boxes They're not from a sealed case. So whatever we hid in the last three boxes or the previous three boxes are now They're from loose boxes. We got them from our distributor. So we don't know what's been pulled and Even if we pulled something big in the last three boxes, doesn't mean we can't point thing crazy here And if we randomize this because we're names in the list of tears below Just remember no veteran common ship out of this 10 spots Cardinals Falcons Dolphins cheered random teams down to the Cowboys Chiefs Panthers Saints So good luck Let's roll the dice and we got a three and a six for nine times one two three four five six seven eight nine Adam down a lot of small module Adam nine times One two three four Five six seven eight and nine Cardinals Falcons Dolphins down to the reskins rounds bucks No, if you win a spot with the filler you also have a chance to win the giveaways to Colin So you'll be in that randomizer too. I don't think it's just full spots You just got to win a spot from the blaster though.  All right, so if anybody wants to trade this is the time if not stick with what you got Chris just got two spots in the cello packs to sell out impeccable Yeah, also two guys for anybody wants to trade yet to trade your whole tier. You can't split them up either Sorry, if I didn't say that in the beginning So as long as you trade your whole tier you're good If not, you got to stick with what you got or trade the whole tier. I'm gonna start ripping these boxes I'll give it another minute or so for trades That jerk is some pro for All right, so Travis wanted to trade the whole Jaguars tier Which has the Eagles Bears and Jets? Stick with what you got guys. No one's gonna trade I guess Brandon just got 10 spots in that impeccable cello pack so One two three four five six seven Brings us down to 13 left guys, it'll probably be the next break breaking. Yeah, what's going on man? I've been good How about you man? All right, let me just show you guys What's the customers here and we're both in all three boxes. All right, so busy is good, right? Hopefully get that dual case you got into earlier done today, man. We're sold out already So it's got to sell out that one box filler And we can break that today Now we'll still break it if it does feel tonight. I'm not sure Justin usually it's late night Early mornings then they usually post more But if there is any more picker team footballs, I'm assuming it's just gonna be more gold standard Maybe maybe mixers or random teams maybe going up. I'm not sure So maybe check back in in the morning Early morning and see what's up Jeremy I'll do a little hit recap guys. So that way you guys don't have to watch the hour and a half two hour mixer right there But yeah, you got that. Oh, you seen the outside. Yeah, you've seen the replay of the mixer a tatum. Nice. Yeah, that's pretty cool Oh nice. You got a Josh Allen raider rookie. Hollow. So smokey Miko Harmon Nice Redemption. Oh, yeah, man. I seen that. Good luck, man Yeah, that'll go tonight for sure. I'm not worried about that. Ooh, nice Josh Jacobs Rated rookie to 150 Barnum Enchu Rookie for Travis Raiders. What was it? Who has the Raiders? Matthew with that one and the keel Harry a Lot of raider rookie color At it's your 99 Patriots went to Matthew as well. I'm Madison By our Murphy Could be Miles Sanders actually too, Tyler Drew Locke. I don't think he signed his optic early on either I'll do it back on junior 299 And Bryce Love what's so much raider rookie color in this one? It's a 99 Hunter Renfrow Well Miller and a Dwayne Haskins not a bad box for color rookies Let's see who this is right here. Oh Sorry, it was me this way We got raider rookie autograph blue part number 120 and it's Jelani Savai Which I believe is Detroit Lions Detroit Lions The University of Hawaii alum. Nice So Detroit Lions on that one. What are you at Lions? What are you at? Mackie next one Andre Baker hollow Barnum Enchu rookie Marriota hollow and Ed Oliver hollow. You got David Montgomery 199 and Rashawn Gary to 99 There's a rookie autograph Green Bay Packers Travis of that one O.J. Howard to 99 or to 50 actually Kyler Murray Derek Henry 299 James Connor Jambus here, Julian Edelman Zay Jones Hollywood Brown Hollow Christian Wilkes Or Wilkins Yeah, I'm pretty I'm impeccable is going Maybe we were just waiting for the filler a couple more nice rookies here Last box guys Treville Mullen Gary Jennings Jr MVP is Cam Newton has three Garner Mincher rookies already Woohoo.  That's nice And whoo Daniel Jones. Well, at least we got a nice hollow Giant two of the Giants JC. All right. Well Hollow down Jones. That's gonna sell pretty well. There's your Lonnie Johnson Marcus Brownstead.  Appreciate it


FNN headline news update. Good afternoon folks. Steve Rhodes coming to you live from the shores of Sunnydale, Ray Beach, Florida. This is your two-pam update and currently got a mixed bag out here. Dowsup 145. S&P is down four. Nasdaq 100 off 113. Russell's up 37. That's a big mover to the upside. The trainees aren't far behind. They're up 231 points. So both up about one in six tenths percent out there. Gold is up 40 cents. Silver 23 pennies like to be crude trading out at 70-56. She's up 27 pennies out here. Let's go spend a little time with our industry charts out here. Stevie's got those working. So we'll get over to those panels. We'll take a look at the upper left-hand side. The Dow Jones Industrial. I'll just simply expand the chart out. And what we have, well, shoot, what we have inside the Dow, this has a garterly buy pattern that was completed with this bull sash candle back on September 20th. Price is above its oscillator and change line. It's red, which is not as strong as green. But nonetheless, as long as price remains above 34.660, this is suggesting a continue move higher. Its price target would be 35.475. That's its TD9 breakdown level. Nothing in place right now to suggest that that will not happen. If we take a look at the S&P 500, not as strong as the Dow. Interesting, Stevo. It is not as strong as the Dow because price is finding resistance. Still has a garterly buy pattern. Also confirmed with the bull sash candle. Price has been unable to take out that oscillator and change line. If the S&P 500 can close above 4457, let's call it 4458, if price closes above that today, that is suggesting a continued move higher, if possibly back to its all-time high. That's the message of the S&P 500. The NDX100 is weaker than the S&P and weaker than the Dow. But nonetheless, it too has a confirmed by the deep pointer garterly buy pattern. But in this case here, price is below its oscillator and change line. So that is your resistance level inside the NDX100 cash indices, about the 15407 level out there. And that should really be its price target on a move to the upside. The semi is trading right, hovering right around its green oscillator and change line. It has closed above for the last couple of days. It's slightly above it right now. That's a bullish message and suggests getting back to its all-time high, which is not much farther than where price is trading right now. So it's not very far off of its size. The transports having a big move today up 1.6%. It has a roadsman to indicator bottom signal. That formed a couple of days ago. It's got follow-through. Price is likely targeting the 114,930-ish type area out there. And the VIX below the 50-day exponential moving average. The XAU needs to close above 120 to 12. If it does, then you've got a buy signal inside the mining equities. Folks, stay tuned. Your favorite polar bear David White's up next. Tom O'Brien will take us on home. I'll be back with you tomorrow on Terrific Tuesday. The reality is that navigating financial markets can


Good morning. What a nice conference this Open Networking Summit. There is so much energy and enthusiasm. It's infectious. I look forward to coming here because I learn so much every year. So are we ready for 5G and Edge Clouds? Well, we better be because 5G is ready for us. So on a more serious note, what I actually wanted to do today was to talk about our journey through network transformation. And in particular, talk about some challenges that lay ahead of us as we look at the 5G transformation. And maybe even suggest a few things that we can do together as a community to solve some of those challenges. Before I start, though, I want to actually talk a little bit about our journey through network virtualization, network transformation, bringing the data center economics to the network infrastructure. And boy, have we made really good progress. If you look at this end-to-end picture of network infrastructure, we have great proof points all over. We have applications such as virtual CPE and virtual SDVAN in the enterprise network. We have virtual Evolve packet core EPC and IMS in the wireless core. In the IT cloud, we have virtual security appliances, load balancers, firewalls, and even radio access network, which was actually always thought of as difficult to virtualize. We are actually seeing some field trials and early deployments for the virtual RAN and CloudRAN kind of deployments. Now, all this actually sets up really nicely for 5G, because with 5G what we really want is a programmable and scalable network infrastructure. With 5G, actually, what 5G delivers is 10 times or more higher bandwidth, 10 times lower latency, new paradigms, new technologies such as network slicing, which deliver end-to-end quality of service, and even the use of unlicensed spectrum, which allows us to actually penetrate deep into the enterprises. And so 5G, I think you're hearing a lot about it, it's actually going to transform how we live. Now, of course, with 5G, there is always a discussion about edge. And so what is this mythical edge? I like to think about edge in very simple terms. To me, it's really bringing Cloud closer to where the data is, where the applications are, because the location matters. As we look at the next set of innovative applications, autonomous driving, industrial control, real-time video, 360 video, video analytics, the decision-making that needs to happen cannot tolerate a transaction that goes all the way into the Cloud. And so I think what I'm actually seeing is discussion around a three-tiered hierarchy. So traditionally, we have thought of client-server model, but now I think we have to look at distributed applications and how do we actually really attract the Cloud developers to come and actually build applications at the network edge? So Intel actually has been a pioneer in our 5G contribution, so we've actually been a part of standards definition and development for 5G. And over the last couple of years, I think you probably saw it at the Winter Olympics in Korea as well, we've been actually driving a number of field trials. In fact, I think we have done 100 plus field trials over the last couple of years. And so later this year, when 5G begins to roll out, it's actually going to be powered by Intel in large measure. If you look at some of the key requirements of 5G, its performance is definitely key, but I like to think of this as the workload-optimized performance. To me, actually, 5G is the intersection of compute and communications, and all of the artificial intelligence and analytics, and that's why the importance for, how do we actually have efficient compute married with the network side of things? Second, quality of service. It's actually all about fine-grained quality of service for the next wave of innovative applications at the edge. Third, as we distribute the applications, as we distribute the data to the edge, security and trust models are paramount. And then the whole discussion around cloud-ready and cloud-native software. I think if we have to attract the next generation of developers, these are cloud developers, and we want to actually provide that easy button for them so they can actually bring those innovations to the network edge. Now, I often get asked, actually, hey, what are some of the key tenants of how do we evolve the network infrastructure? And from my perspective, I actually like to capture everything on a single file. So this is my attempt at how I look at things. First, it's scale up. With all this data, the talk about workload-optimized performance, our goal has been, how do we actually drive a standard server to become a best-in-class network infrastructure server? That's quite simply what I've been driving at Intel. That's what Intel stands for. And so as a result, what you actually see is the evolution of standard server architecture with new instructions, new kinds of accelerators that actually convert a standard server and bring together this computing communications into a standard high-volume server platform. Scale up. Scale out. The vision here really needs to be, how do we drive? How do we look at the infrastructure as pools of compute, pools of storage, pools of networking, pools of accelerators, pools of memory? And how do we actually get to a point where we can compose an application or a service by drawing resources out of that resource pool? And then the last one here is very important as well. This is orchestration automation. And we have actually talked about this morning. There's a lot going on with automation, the work that we have done with OpenStack and Kubernetes and also working with VMware, and then at the service orchestration level with own app. But I believe actually still there is more work to be done here. So far, I've actually talked about our progress with network virtualization, bringing the data center economics to the network infrastructure and the progress that we have made there. But I said that there are actually challenges, particularly as we look at 5G transition, deployment of Edge Clouds. And when I talk to the community, when I talk to all of you guys, I hear three consistent themes. And I actually wanted to spend a little bit of time talking about that. And then what can we do about this? So first, cloud native applications. And there is a lot of discussion around how cloud native immediately gravitates towards a container microservices approach. But to me, actually, it's a lot simpler than that. To me, cloud native is all about how do we drive hardware abstraction, device abstraction, and how do we actually allow for workloads and applications to move around in the cloud. Second, network automation. There's been a lot of talk about network automation. To me, actually, if you want to create the self-reliant, self-organizing, self-correcting networks, we have to get to a point where we can apply AI as a key element of how we drive closed-loop automation. And I'll talk about that. Third, edge services. I talked about how it is important that we attract the cloud developers. And so to me, actually, it's about how do we drive, provide that easy button for those developers to build standards compliant with standard interfaces, edge applications? So let me actually talk about each one of these and what we are doing here and how the community can help. First, the cloud native network functions. We've been on this journey where we started with fixed functions, Intel's been a pioneer in this, and we've actually helped migrate to general-purpose platform with workload optimizations. Along the way, we actually built DPDK. We put it out in the open-source community and it's become a standard now for how you actually do high-performance data plane on standard servers. And we are at virtual network functions in this journey. And it's great progress. But along the way, we have actually made some choices that depend on the hardware, like single-root IO virtualization, as our IOV as an example, that actually prevent you from achieving the cloud scale and the flexibility to move things around in the cloud. And so we really need to get to this last step of how do we get to eliminate those hardware dependencies, yet we do that in a fashion where you can still achieve the performance and make use of the capabilities of next generation hardware. So that's the whole discussion around cloud-native VNFs. And what this allows us to do is to do the device abstraction and the decomposition of applications into microservices and overlays and fabrics and so on. And so I want to actually talk about what we are doing or what we have done so far and how we can actually evolve this to achieve the full potential of driving to a cloud-scale data path. So first, like I said, DPDK. It continues to improve performance. We deliver about 40 million packets per second per core, which if you think about it, on the latest generation Xeon platforms, it is 600 gigabits per second of throughput on a two-socket Xeon platform. What we are trying to do now is to evolve DPDK with device abstraction. So what that simply means is we want to actually provide for the applications to use accelerations for crypto, for machine learning, for baseband, use of smart mix, but do it in a way such that there is still a layer of separation between the application and the underlying devices or accelerators that are being used. And so we're driving that as a key thrust in DPDK. Second thing what you see here is AFXDP. This is a new technology. I think some of you might have heard about it. XDP stands for Express Data Path. And it already exists as a socket layer in the Linux kernel. What we're trying to do is all that learning that we have from our work on DPDK, we want to actually bring it into a standard Linux kernel networking stack. And XDP and the optimizations that we are doing in terms of how the DPDK style driver and some of the learnings from DPDK, that's actually going to actually position us really well. So my first call to action here for you guys is if you haven't actually looked at XDP, I would like to call you to take a look at XDP, come talk to us so we can actually work together to evolve the XDP as the way to sort of drive a cloud native data plane optimization. And then of course, we have a new technology called application device queuing in our standard NICS, Ethernet Controllers, that combines nicely with AFXDP to drive a low latency. Think of it as basically a dedicated freeway lane that allows you to connect to containers or VNFs and provides that low latency high performance path. Second, close loop automation. To me, this is actually extremely important because this was a key tenant of NFE that NFE was going to deliver.  Unfortunately, this is one area that's actually fallen behind. And I like to actually parse this as an engineer into three areas. First is actually real-time telemetry. We have actually tried to address that problem by providing real-time telemetry in a standard compliant way with a tool called CollectD. OP NFE actually has the barometer project. The second area is orchestration. And I think we have made some progress there. Intel is actually a key contributor to ONAP and ONAP is actually doing a lot of work in this area. But in my mind, what is missing is the in-between part, which is actually how do we drive AI? So how do we drive trained models behind this real-time telemetry that allows you to draw real-time inferencing and close the loop? And so we have actually done some prototypes for applications such as EPC and a cable modem termination system. And we are seeing actually great results. The results actually correlate within 2% of what actually you would do with static policies. And so my second call to action is with respect to close-loop automation. Would love to actually share what we have done and really energize the community around this and drive this with a sense of urgency so we can actually drive, get to a close-loop automation and this would actually be a heavy contributor to TCO and also actually realizing the full potential of 5G networks. Third, the software easy button. And I realize, sort of like, you know, as I was looking, hearing the keynotes, nobody talked about this, but this is going to be very critical. How do we provide that, you know, standard-compliant APIs, set of libraries that are optimized, that the cloud developers, they just have that easy button. They say, hey, you know, give me a connection, make it secure, and well, actually, they get that from the infrastructure. And so we have to actually get to that point and what we have done here is, at Mobile World Congress, we announced Openness, Network Edge, Services Software, and what this is is a collection of libraries and well-defined APIs that are compliant with HCMAC. And so if you haven't actually heard about Openness, I would, this is my third call to action. Take a look at Openness. We have some collateral at Openness.org. What we're going to do is actually put the software into OpenSource at 01.org with a very light governance and we'll see actually how the community evolves around that and then we'll figure out actually what we want to do with it. But like Intel always does, we actually like to lead with OpenSource and this is going to be in OpenSource. And an example of how this works in practice, we have actually worked with a key partner of us, Tencent, I think Robert is here in the audience. So Intel and Tencent actually worked together to drive a V2X blueprint in Acreno with some of the initial capabilities of Openness. So it's a great example. So this is my other call to action. Come and talk to us about Openness and see what we can actually do with it, how we extend it and how do we actually make it useful for the next wave of 5G-enabled edge applications. So I talked about our journey through network transformation and some of the challenges ahead of us. What I would like to do next is we've been actually working very closely with Dell EMC. So I would like to invite on stage Kevin Shashkammer, a good friend, he's the VP of Enterprise and Service Provider Strategy and Solutions. Kevin, would you like to come and share your perspective? Thanks, so it's been a good morning for me having an opportunity to listen to a number of the presentations. I think we had Andre on this morning sharing an operator perspective. Obviously, Arpit came up this morning and shared and kind of set the stage for how the day will go. Rajesh here having a great conversation about some of the technology evolution that's happening at the server layer and inside of the silicon of the server. I think that Armagan from KPMG up this morning having a conversation about the business side of this and how we're starting to see the consulting and the business model start to develop around the technologies here. And I think that when we really look at this and we use this term digital transformation quite a bit, now I'm gonna pull the conversation up a level from where Rajesh was from a technology perspective and really recognize that we are talking transformation. And I think that we as an industry tend to think that the problem space that we're addressing is easy. I think we look at it and say that a lot of the problems have been solved. I think we look at it and say that there's a homogeneous way to go solve the problems that are in front of us. There's a homogeneous way to go solve the problems that exist and simultaneously supporting very, very high bandwidth video and very small packet size infrequent communications over for IoT and sensors and massively scaled high speed data communications with vehicles and motion that we can do this with one answer. And I think we tend to get lost in the fact that the transformation that we're going down is not a path to a single end platform. I think in the world that we've lived in before when we thought about cloud and we thought about massively scaled centralized data centers, homogeneity was the path to efficiency. In this digital transformation and as we move closer to the edge the problem space is very different. It's not about deploying tens of thousands of things at one location. It's about deploying ones of things or tens of things at tens of thousands of locations. The operational problems and challenges are different. The technology problems and challenges are different. The logistical problems are different. So when we start to think about the future of the edge I encourage everyone to think about heterogeneity as the new world that we live in. That how do we take heterogeneous technologies and heterogeneous platforms? How do we pull from the best of open source and the best capabilities that exist inside of vendor technologies? How do we leverage x86 architectures and smart NICs and GPUs and merchant silicon and start to bring them together in a common way and expose them in a common way so that we can start to put applications and services and workloads on the right platform leveraging the right capabilities at the infrastructure layer? And I think that more and more over time when we think about this platform enablement and you probably see slides like this from just about everyone in the industry at this point that this IT, OT, CT convergence and the need to be able to find a common way to modernize infrastructure, abstract that infrastructure, build a software platform on top of it that can be both containerized as well as virtualized and then transform applications themselves to be able to support a cloud native environment simultaneously to trying to adopt and adapt to a data-driven world in which we're leveraging AI as the foundation for closed-loop automation and trying to upskill a set of capabilities that exist within the industry, both at the vendor side as well as the operational side that are so rooted in a telco mindset, I think that the transformational forces that you see on the right really lead to a very long path to get to where we want to go. Now, I think that the great part about where we are is that we have proof points. We saw the 10-cent proof point, Andre talked to proof points today. There's a number of proof points that we continue to demonstrate that we can get there. And I think that we're gonna continue to see a shift from conversations at the abstract level to more and more conversations at the true execution level of demonstrating use cases. And I think where Intel and Dell EMC have really been partnered is on this joint innovation, not just with each other, but with the industry in open-source projects in our own CTO labs across multiple different lines of business, inside of the service provider group, inside of our artificial intelligence solutions organization, inside of our OT solutions organization. And what I like about this slide is that it shows the continuity that exists between edge and core and cloud. And I think that the reason that's important is a couple of fold. Number one, I think that as I said earlier, the cloud world has not solved all of the problems that we can expect to see at the edge world. And I think that we very often tend to view ourselves living in an either or type of environment, right? Do I do containers or virtual machines? Do I use X86 or FPGAs or GPUs or smartNICs? Do I look at open-source or do I look at vendor proprietary technology? And I think more and more what we're tending to see is a trend towards this closed loop here that says it's not an or world. We live in an end world and we need to find the best capabilities that exist within the industry. We need to continue to evolve at the infrastructure layer. Infrastructure, evolution and innovation is not dead as Rajesh just shared. We need to find the best capabilities that exist at the software layer and pull from open-source projects and recognize that even holistic open-source projects have bits and pieces that are really strong and areas where the open-source project is just not as strong. And the great thing about open-source is that we can pull technology from multiple open-source projects, put them together in a way, operate them in a way that gives us the ability to really close this loop and not think of the world as an either or type of environment, but an end environment that brings together the best of what we've already learned in operating hyperscale public cloud, what we've already learned in operating private data centers and what we've learned in operating telco networks and start to put them together in a uniform way that gives us the ability to really exploit the set of capabilities that we've been talking about all morning that you see at this show floor. So with that, I want to hand it back to Rajesh to share a little bit more and then I think we'll kind of close out. Yes, thank you, Kevin. So before I summarize, this has been a great week for Intel. We actually made several new announcements, particularly around our second generation Intel Xeon scalable platforms. What's special about this is actually for the first time in our history, we have announced Xeon-N, N for NFV infrastructure. So Xeon-N SKUs, which actually provide, which are fine tuned, optimized for network infrastructure and they provide up to 58% better performance as compared to the first generation Xeon scalable processors. The other thing about this platform is that all the 5G requirements I talked about, workload optimized performance, quality of service, cloud native software and security. There's a lot of that that's implemented, integrated with the Xeon scalable second generation platform. We also announced a game changing new memory technology that offers a persistent mode and reduce the total cost of ownership by 34% as compared to DDR. And then the Intel Ethernet 800 series that I talked about with technologies like application device queuing and the next generation FPGA Intel Agilex. So a great platform, a lot of new technologies that coming to the market. These are all actually towards creating a best in class network platform for the 5G networks. So just a quick summary here. So I think many people have said this, 5G is here and now, edges at the epicenter of new services and innovations. My call to action is I talked about three challenges and I suggested some ways of solving those. I would like to actually look to the community to come collaborate, work with us and see how we actually address these challenges. Of course, Intel is investing 5G from an end-to-end perspective and we are committed to network transformation, converting a standard server into a best in class network infrastructure platform. So let's collaborate and realize the full potential of 5G. Kevin, anything you'd like to add? Yeah, I agree 100% here and I think that collaboration is really key, right? So if we start to think about the world as a heterogeneous infrastructure and a heterogeneous software stack world, I think that it's important for us to find the right ways to collaborate to be able to progress this heterogeneous environment without creating, I think, a stalling function in the industry, right? And I think that very often, because we live in this ore mentality and not an end mentality, our leadership all the way up through the C-suite and a lot of the companies that I speak with and even sometimes inside of Dell and other companies, kind of look at making technology decisions as a long-term and binary decision. And I think that we have to break that binary decision and recognize that the only way to get to the end of this donation is actually to start moving and not be paralyzed by trying to make the right three-year, five-year choice and instead collaborate as an industry to continue to evolve the entire ecosystem forward. So with that, thank you and have a wonderful one-us. Thank you.