A prototype is different in that it indicates the first working version, sometimes referred to as a functional demo, but often referred to as a rough draft, prototype, working model, pre-alpha version and so on.
I am prepping my sales team to demo a prototype at an upcoming trade show, and the internet reliability is questionable. The reps need to be able to access the prototype offline. From what I can tell, they need to download the Figma app, open the prototype, leave their computer on, and then they can access it when they go offline.
In this paper we present a demonstration of a prototype national Electronic Health Record platform for Cyprus. This prototype is developed using the HL7 FHIR interoperability standard in combination with terminologies widely adopted by the clinical community such as the SNOMED CT and the LOINC. The system is organized in such a way to be user-friendly for its users, being the doctors and the citizens. The health-related data of this EHR are separated into three main sections, being the "Medical History", the "Clinical Examination" and the "Laboratory results". Business requirements include the Patient Summary as defined by the guidelines of the eHealth network and the International Patient Summary which are used as the base for all the sections of our EHR, together with additional medical information and functionality such as the organization of medical teams or the history of medical visits and episodes of care. From the doctor's point of view, one can search for patients who have granted the doctor with a consent and read or add/edit their EHR data by initiating a new visit as defined in the Cyprus National Law for eHealth. At the same time, doctors can organize their medical teams by managing the locations of each team and the members that belong to each team.
Does anyone know how to set the Inline Frame to tablet view for the tablet frame (for the team demo) without losing the mobile demo option?
The SetAdaptive View, I tried but I can not get it to work.
The live fire demonstration, which took place at Yuma Proving Ground on Sept. 19, was a significant step in the Army's effort to rapidly prototype and equip select units with an interim Long Range Cannon solution. This increase in firepower, targeted for Army Infantry and Stryker Brigade Combat Teams and Marine Corps Expeditionary Formations, is a subset of the Army's top modernization priority of Long-Range Precision Fires.
"This demonstration highlighted how the Long Range Cannon system-of-systems can achieve ranges with the cannon, projectile and propellant combinations that will help shape the battlefield for battalion and brigade commanders," said Col. Cobb Laslie, the U.S. Army Training and Doctrine Command capability manager for Brigade Combat Team Fires. "The partnership between the organizations that participated in the demonstration is focused on putting the best cannon with the most lethal projectiles into the hands of our Soldiers."
The Long Range Cannon started as the Extended Range M777 project, a partnership between the Army's Program Executive Office Ammunition and the Marine Corps' PEO Land Systems. Managed by their Joint Program Office, Project Manager Towed Artillery Systems, the M777 Extended Range leverages technologies being developed by the Armaments Research, Development and Engineering Center for the ERCA program. In 2016, PM-TAS and ARDEC demonstrated the ability to integrate a longer tube into the M777 with minimal modifications to the system.
In creating the prototype, the Army is combining an M777 Extended Range howitzer, a projectile tracking system radar, a surveying device and a variety of advanced projectiles. The demo also showed what a new "supercharge" element could do to achieve double the range of current unguided High Explosive projectiles.
Together, these components are intended to serve as an interim solution to a critical capability gap, while also informing future Long-Range Precision Fires systems. The demo on Sept. 19 was a proof of concept using production representative hardware, developmental propellant and a projectile, in order to demonstrate readiness for continued prototype development and production.
"This approach, of adapting existing systems and combining them with emerging technology to deliver a new capability, is a proven way to move faster and meet an urgent need now while the Army continues to work on a more permanent, long-term solution," said Mike Foster, Army RCO lead for the Long Range Cannon project. "This demo shows we are on track to provide integrated Long Range Cannon technologies to the units that need them."
Directed by the secretary and chief of staff of the Army through its board of directors, the RCO frequently partners with other organizations to deliver integrated prototypes to enable the Army to move faster than traditional acquisition systems have allowed in the past.
If successful, the Long Range Cannon would provide the Army with a mobile extended range capability that can be retrofitted into an existing howitzer system to provide new effects. This could provide an interim solution for select units of the Army's brigade combat teams with towed artillery, which deliver the external helicopter sling-load capability required for artillery raids and provide mobility to locations inaccessible by heavier systems. The technology could also be leveraged for a wheeled 155mm howitzer. At the same time, the Long Range Cannon prototype will help bridge efforts, providing data and lessons learned that the Long-Range Precision Fires Cross-Functional Team can leverage to reduce risk and inform requirements before the ERCA and other enduring programs are fielded.
Following the demonstration, the Army plans to continue testing and development of the Long Range Cannon components, with the first operational assessment in fiscal year 2020. The demo also provided information to support improvements in training, maintenance and operational procedures for the system.
Set aside 30 minutes with the core project team, stakeholders, and your executive sponsor if you have one. It's ok to focus on what's changed since the last demo, but do walk through the full thing end-to-end so everyone stays grounded in the entire customer journey and where your project fits into the bigger picture.
As you learn more about your problem space, get feedback from your team, and (most importantly) test with your customers, your end-to-end demo will evolve. Because you're making progress. Awesome. Consider running the Journey Mapping play as well if your project is big or tackles a really gnarly problem.
Create a demo that reflects an improved experience. Make sure it's lightweight so you can implement it quickly and immediately. If the experience doesn't improve, kill the experiment and stay with the existing solution.
The Bendy and the Ink Machine prototype was the earliest known demo, released on February 10, 2017, on Game Jolt once before eventually being taken down. With Chapter 1: Moving Pictures only available, the demo itself is entirely different when compared to its later remastered updates, being slightly shorter in length and a lack of features that were not planned to be implemented yet. The demo was created by only two people: theMeatly and Mike Mood, way before hiring several more developers for bigger collaboration.
Ink Bendy has an entirely different model in the early prototype. He is about the same height as Henry, with a human-like head, thinner horns, and a lack of arms or legs. A rather funny fact worth noting, this version was jokingly dubbed "Bird Poop with a Smile" by the development team.
The prototype version of Wally Frank's audio log sounded much cleaner, as it lacked the vintage-styled filters. His audio log does not include the transcript to along with it, as such, his name was initially unknown until it was added in the first update.
The prototype also lacks a punch card stand, a running ability (although there may be a slight FOV change), and unlockable achievements. No cans of Bacon Soup can be found anywhere in this prototype. Additionally, the game has a different main menu screen.
This prototype has limited functionality and may not represent the final FAFSA experience. For example, since the prototype does not maintain a database, data cannot be stored or submitted. There are no simulated interfaces with systems internal or external to Federal Student Aid. In addition, while the prototype contains parameters allowing users to enter data and walk through the form, it does not include certain FAFSA functionality, such as a Student Aid Index calculation, field and page edits, or validation of data, that are characteristic of the FAFSA website.
Bill Sheehy, AMPV program director at BAE, said the company has used internal investment to modify a general purpose variant of the AMPV to be outfitted with a turret and that a November live fire test demonstration in Nevada will focus on defeating enemy UAVs.
As for the show floor ACV, it is not a prototype or used only for displays. Lacaillade said it is owned by the Marine Corps and will be shipped back to the service following DSEI for fielding to wherever it is needed next.
Fifty years ago, in 1964, human beings believed in progress. Manned space capsules were routinely sent into space, a revolutionary supersonic commercial airliner was nearing the prototype stage, the computer mouse had just been invented, and the official decision had been taken to build a cross-Channel tunnel. [...]
At GitLab, we believe there's something magical about a video demo as a way to
convey strategic
vision. We've
created this video to internally align where we're going; and since we're
transparent by
default, you get to see
it as well!
So sit back, watch the video, follow
along with the
presentation,
or read below for a lightly edited transcript of the video. You can also play
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follow our progress.