OneNote – The Swiss Army Knife of Collaborative Work

Being a good Boy Scout, I appreciate having a single piece of equipment that serves so many purposes. And growing up in the troop, I always admired the Swiss Army Knife with so many functions in one little package.
 
Enter OneNote, a versatile and clever piece of software that does many things on many platforms.

As you go about organizing your digital assets, there seems to always be something that doesn’t quite fit. Over the years I have attempted various ways to track snippets of information I knew would come in handy, but did not have a rational way of organizing it. And for about the same number of years, I have noticed this little program in the Microsoft Office suite – OneNote- that I really did not know what to do with.

Recently my need to organize and my curiosity, compelled by a couple of glowing reviews, caused me to take a more serious look at OneNote. Now I use it every day and it has become an indispensable tool.

One Note is a free form (this is not insignificant) program to collect, store, and share information of every imaginable type. It can do text, images, links, tables, video, and all the variants of digital content of which I am aware.  It can be designated public or private, and can be shared with as many or as few individuals as you like in a number of cloud based storage/sharing platforms.

Free form simply means that you can place your pointer on any location on a page an add content in the exact location you desire. Unlike Word, where you start at top left and work your way down the page adding words and images as you go.And once your information is upon the page, you can easily rearrange it without difficulty
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OneNote is similar in function to an old fashioned Notebook, which has tabs or dividers, and pages. And it is useful to think about it in this manner. You can use it as a scrapbook to collect newspaper articles, photographs, handwritten notes, and drawings. You can use it as a small database to track all of your user names and passwords (and make it password protected). You can create tables which will actually calculate totals, much like a spreadsheet.  Then you can organize the various pages where this information resides in a hierarchical fashion with sub pages.

All this is good, but the most impressive feature of OneNote, for me, is the ability to synchronize my collection of information across all of my endpoints. It does little good to take notes on my iPhone, that are not synced to my laptop, my desktop, or iPad. And when I make changes to a notebook in OneNote while working at my desk, I want that information available on my mobile devices as well.

And now we arrive at the point where, with a little background, you can begin to see the potential of this program in the classroom. Imagine creating an instructional document that you wish to share with your students. You have a great teaching platform with OneNote, especially if you want to collaborate with your students on the document. And I don’t mean just share the document, I refer to real time collaboration, where notes and ideas from each individual in a group are simultaneously experienced by the rest of the group.

OneNote has deep integration into the Windows desktop, with special tools that allow you to take snippets of information from your screen and place them right into one of your OneNote pages. Just press the Windows logo key on your keyboard, followed by the letter “S”. Once you define the area you wish to save, the utility prompts you to select a OneNote location.

Another handy ‘built-in’ feature is the “Print To” function within windows, which allows you to redirect any print output into a OneNote page. This is very handy when you need to make a printed copy of something, but are without a printer.

And finally, the wide variety of “Save As” functions provides a way for you to save OneNote pages in a wide variety of formats, including .pdf.

Microsoft Word is great at composing and editing documents, Excel does a great job of organizing rows and columns of numbers, and PowerPoint does a superb job of creating slide shows. But sometimes you just need a place to organize a few paragraphs, a small group of numbers, a few pictures for clarity, and then add hand written notes. Then you need the ability to share your content with others and gain valuable feedback.

OneNote is the one program you can use to do a little bit of everything.  I ignored it for years, but now use it every day. And unlike the trusty Swiss Army Knife, you can actually get OneNote through security at the airport!

Give it a try, you'll be impressed!

Advice for Tom Luna (that he never asked for)

As part of the Utah Association of Public Charter Schools annual conference, I enjoyed the thoughful remarks of Idaho Superintendant of Schools, Tom Luna. And in spite of a few not so complimentary observations of my family who live in the gem state (and are educators), I found his comments to be spot on, with one small exception...

To avoid being political, I will simply observe that the challenges he addresses are real, the solutions are a little painful and scary for those so tenured, and his vision of the future for our kids is genuine. But his push for the state to buy an endpoint (laptop, tablet, digital device, etc.) for each student is misguided on two fronts.

First of all it will dramatically increase the cost of providing an education without a commensurate return on education outcomes. Second it's not about endpoints, Mr. Kuna, its about the infrastructure connecting the endpoints.

Let's look at the cost side first. Just how long will a laptop, tablet, or digital device (hereinafter "endpoint") last in the hands of a typical student? I can envision all kinds of funny explanations of the endpoints demise... dropped it in the toilet, used it for my food tray, left it on the bus, forgot to bring it in from the pool during a rainstorm, let it slip out of my hands, let my kid brother use it, took it to the beach..... you get the picture.

If the student had to do 40 hours of community service to earn the endpoint, then I would be all in. But with no skin in the game these endpoints will have no perceived value and will treated accordingly. Then the administration of those endpoints will become an enormous burden for the IT staff who are tasked with managing them.

Is an entitlement program for computers fundamentally different than other government entitlement programs. I think not, enough already!

Besides, just how many kids do you know today that don't have an Internet based phone, a PC (or two) at home, a dozen computers available at any time in the school, or an endpoint already of their own. Require students to manage their own endpoints outside of the school, it will help them be responsible for their own stuff. And manage school owned endpoints inside the school, where it can be done efficiently and with reasonable oversight.

Now let's turn to the infrastructure connecting our endpoints, which I can tell you is a bigger problem in rural Idaho than most places. All the endpoints in the world are of little value in transmitting knowledge if there is no connectivity. And even where there is connectivity, that in and of itself does not create the infrastructure needed to store, share, and collaborate on creative work. And Facebook is probably not the solution!

You need a system to transport, store, share, and account for information that is managed by the institutions who are guiding students in the learning process. You need reliable, SPAM free, and compliant email. You need shared resources, with permission based access control. And you need communication tools that engage students and connect them with instructional resources.

Happily, for the entire state of Idaho and Utah as well, Microsoft just announced a free version of Office 365 for Academic institutions. This is an amazing solution and really needs serious consideration. For a typical charter school with 25 staff and 400 kids, it is the equivalent of a $15,000 technology grant, combined with an administrative benefit  of a similar amount.

With Office 365 deployed (at little cost) into each school, you would then have all the infrastructure needed to deliver a 21st Century education. And you can do it on pretty much any endpoint you can think of inside or outside of the school. Office 365 works on almost any device, at any internet connected location, and at any time of day or night.

Vote No - for free endpoints, and Yes for Office 365!

That, Mr. Kuna, in all due respect, is how to fix your ambitious plan.

Virtualization - Part 3: Solving the Computer Lab Conundrum

In the two previous articles we explored the concept of Shared Resource Computing, termed virtualization, and described a few ways to deploy virtual machines in your school. Let’s get a little more practical and focus on the benefits of using virtualization in your computer lab.
A computer lab is the one common denominator in virtually (there goes another pun) every school we have managed.  Computer labs come in all sizes, shapes, and conditions. Although universal in usage, they vary widely in functionality, ranging from a collection of mostly broken, outdated computers donated to you after the end of their useful life to a collection of brand new ‘out of the box’ desktops.

Regardless of circumstance, there seems to be 5 universal challenges associated with computer labs:

1. Cost to acquire the hardware, network, and installation
2. Cost to maintain the high usage in a semi-hostile environment
3. Noise and heat levels that can distract students
4. Distractions of an endless variety  (as in the internet) during instruction
5. Consistent computing environment, especially during testing

Managing your computer lab may in fact be the most time consuming technical support requirement in your school. That tends to be the case in schools with higher grade levels (see my previous article about managing computers in a hostile environment). So in addition to reducing upfront costs, reducing ongoing costs will also be of great benefit.

 

There are many virtualization solutions available that address computer desktops (as opposed to servers), but don’t invest a lot of time exploring them.  In my view there is only one solution that adequately addresses the specific challenges associated with the computer lab in education.

 

That solution is Windows MultiPoint Server 2011, a computer operating system designed specifically for the computer lab at your school. It is the only solution that addresses the above listed challenges completely.

 

Let’s look at each one:

 

1. The cost savings experienced is directly proportional to the number of multi seat sessions you provision per server. We have tested 5:1 (five computing session to one server), but Microsoft advertises up to 20:1. Even at 10:1 you are only buying a fraction of the computer hardware.
2. There are no moving parts in the T200 Zero Clients we recommend, no hard drives, cooling fans, disk caddies, etc. Far fewer parts require far fewer repairs. Your administrative costs for the lab will plummet.
3. Put 25 – 30 computers in an average sized room and you are going to have heating and cooling issues. And the noise level of that environment has never been conducive to instruction and learning.
4. Having tried to instruct adults in technology training with the internet staring them in the face is a challenge. With kids it is nigh unto impossible. With MultiPoint Manager you control access to the internet, and point all computing sessions at once to where you want the students to go.
5. Testing preparation becomes a breeze. You simply sign in differently on testing day and the students are presented with a sterile testing environment, with appropriate controls in place to insure testing integrity.

A worldwide study conducted by Forrester Research concluded the following with respect to Microsoft MultiPoint Server technology:

 

• Teachers and students report that using a Windows MultiPoint Server 2011 station is as good, in terms of speed and performance, as if they were working on a traditional personal computer. 
• Overall student energy and enthusiasm is boosted when more students have a modern computing station to work on, instead of sharing an older machine and dated operating system amongst their classmates or having no computer access in the classroom at all.
• Teachers very much appreciate the administration and monitoring capabilities of the new MultiPoint Manager, with which they can direct and control class and individual students' lessons more effectively. The console is reported to be easy to learn, even for non-English speaking and non-technical instructors. 
• A Windows MultiPoint Server 2011 system is relatively easy to set up and deploy, according to interviewees. This is especially valuable for schools in remote areas where IT skills are scarce.
• Power cost reductions are important in the many areas of the world where electricity is a large line item in the school's budget — assuming it is available. 
• The overall cost savings compared to a traditional PC environment is substantial and analyses of these costs comprise the bulk of this study.  All schools reported being able to re-allocate these savings to other assets for enhancing the education of their students.

So there you have it. A three part series about what you need to know regarding Virtualization. For most of you, the sweet spot will be your computer lab(s). Using virtualization will reduce both the initial and ongoing costs of the computer lab, improve the learning environment, and simplify life for your teachers.

And I will virtually guaranteed (my final pun) you will love it. Our early adopters are already coming back for more.

One final note; in order to use MultiPoint Server 2011, you will need to address your Microsoft software licensing. See my earlier article about this subject.  After all, you don’t expect Microsoft to allow creation of all those virtual computers without licensing them!

Virtualization - Part 2: Which Virtualization Solution Should I Use

Wading through the vast array of virtualization solutions is a challenge and frankly it will mostly be a waste of your time, until you focus on a specific solution needed for your school. I emphasize “specific”, because sometimes the process associated with the high tech virtualization strategy is a very low-tech and practical need to just get something done without an army of Network Engineers and a couple of hours on the phone with technical support.

You can virtualize servers, if you have a need to either consolidate physical hardware or add another server for a specific application. You can virtualize desktops and launch them in thin client sessions to create a sterile computer lab environment (such as required for testing). Or, you might want to use virtualization as part of your backup strategy for mission critical applications, such as computers running your financial software.

Whatever your circumstances, be sure you have a solid business case for implementing a virtualization strategy. Don’t get sucked into the IT department’s love affair with virtualization without a compelling solution attached to it. The one certainty about virtualization is that it will virtually guarantee (another intended pun), that your IT team will be on the payroll for as long as you keep that virtualized environment in place. This is a pretty complex solution, even for those of us in the business.

Here are three very specific examples of where we have used virtualization to the benefit of our school partner:

VoIP Management Server: Due to growing pains, one of our schools needed to setup a remote administration office to accommodate temporary office space during new facility construction. They did not want to spend on infrastructure that would be replaced within a year, and space was very limited.

The VoIP system they setup for the temporary offices required a server for the call manager (PBX functionality).

Using Microsoft Hyper-V technology, we created a VM (Virtual Machine) which had the sole purpose of running the call manager software. There were specific system requirements that differed from the configuration of the host server, otherwise we would not have needed a VM in the first place.

It ran flawlessly for the period of about 24 months (ever heard of construction delays) and then we decommissioned that VM and moved to the new facilities. Mission accomplished.

The business case for this virtualization was temporary computing requirements with the least amount spent on hardware, software, and electricity.

Server Migration: A rather old and inefficient server at partner school needed replacing. Simple enough, right? Well yes, except the school financial system was installed on this server and the orders were to not to interrupt it. It also did after hours synchronizing with a district system, which required point in time coordination.

Quick is not something that can be guaranteed with a single network engineer managing an entire school on one day per week (our model). So we employed a virtualization strategy.

The solution was to configure a VM and work through all of the network connection issues, configuration, and testing. Then at a pre-appointed time we quickly took a snap-shot (image) of the operating server and virtualized it. This VM then ran for a period of several weeks giving us plenty of time to install and configure the new physical server, without pressue on our part or interruption on theirs.

Why did we not simply keep running the financial system as a virtual machine? Good question, although it could have in theory been easily done. There were ownership (as in the district’s property) and licensing issues that drove the decision.

The business case for this virtualization was a time critical server migration. Not just the length of time it took, but the point(s) in time requirement as well.

Computer Lab:  A thoroughly trashed computer lab at one of our partner schools needed replacing, but budgets were very tight. We needed to find a way to refurbish/replace the computer lab for well under $10, 000 with the specific requirement to make them easy to use for state mandated testing.

If you read between the lines, what the administrator was trying to avoid was that very stressful “day of testing” computer problem nightmare you have all experienced.

Our virtualization solution in this situation was Windows MultiPoint server connected by HP Zero Clients. Using MultiPoint server, we were able to reduce the cost of the lab by 75% (we set up in a conservative 5 – 1 ratio) and provide a sterile computing environment on testing day.

The setup was easy, because MultiPoint Server 2011 is designed specifically to recognize and configure the HP Zero Clients. And after downloading the states thin client setup utility, we were able to quickly boot into a “Sterile” testing environment. That is where all computer sessions are identical, locked down, ready for testing, and capable of being administered by a proctor.

The business case for this virtualization was not only cost, but in delivering a sterile computing environment, (as we defined above).

Summary

Virtualization is a mature and well adopted technology used worldwide in a variety of circumstances. It may indeed be appropriate for you to consider. Before doing so, identify a specific computing problem and desired outcomes and a budget before calling your IT provider.

Hopefully your IT provider is wise enough to guide you in selecting your virtualization strategy, software provider, and configuration to accommodate your business case. And if you have a requirements for a temporary, time critical, or specific computing environment; then virtualization is likely a good choice.

And that’s virtually all I have to say about it… until next week. We’ll look a little deeper at virtualizing your computer lab.

Virtualization - Part 1: What is Virtualization and do I need it?

This article reminds me of a little boy who went to his father with a question, to which his father replied "Son, why don't you go ask your mom?" Knowing all too well this outcome, the little boy answered in exasperation, " Because, I didn't really want to know that much!"

The buzzword of "Virtualization" may just be this kind of subject for you. But more and more service providers are doing some kind of virtualization, so you might want to at least have a conceptual view.

In all honesty, I think some service providers virtualize infrastructures to make them so complicated that the school is held virtually captive (pun intended) and fearful of trying to manage the systems for fear they will disappear into thin air. Which, come to think of it, is actually quite possible...

Let's try to reduce the concept of virtualization sufficient to enable a decision about the technology and if it is right for you. Be patient this will take a few articles.

A virtual computer is a digital representation of another fully functional computer (the guest), which resides inside of a physical computer (the host). Wikipedia defines it thus: A virtual machine (VM) is a "completely isolated guest operating system installation within a normal host operating system".

Virtualization evolved from a fundamental economic requirement to reduce the cost of buying, housing, powering, and securing (think backups) of computers; mainly server class computers. It has been an exceptionally profitable undertaking.

I recall visiting one data center, and this was not a small single story building, with floors and floors of nothing but server computers. On a given floor there were rows and rows of racks filled with stacks of server computers, probably numbering in the thousands of actual physical servers, normally in a "blade" form factor so they could put more servers in a given rack.

There was an entire staff of network engineers moving through the rows doing some sort of maintenance, upgrades, or complete replacements. It was actually quite impressive, along with being very noisy and uncomfortably warm.

If I were to revisit that facility today, I would expect to see 75% less space being used to accomplish the same mission. Instead of thousands of servers, there might be hundreds. But, each of those servers would be running 10 Virtual Servers, delivering an equivalent in computing capacity.

Virtualization allows companies to dramatically reduce the cost of real estate, hardware, electricity, heating and cooling, and administration of data centers - (roughly in that order of savings). It is a mature and well established industry, with a few key software companies owning most of the market share. The solutions of which I am familiar are VMWare and Microsoft.

What is really cool, if you are a Geek, is that you can actually store an "image" of a virtual machine on a computer hard drive and launch it into action at a moments notice. When you do so, it's like magic - "poof"; and another fully functional computer appears on your network. This Virtual Disk Image (VMWare) or Virtual Hard Drive (Microsoft) can be moved easily to any host capable of powering it up.

Virtual machines have opened up all kinds of possibilities in managing technology at your school. But they are not without cost and may not always be practical in your particular situation. Proceed with care and it may save you a bundle, proceed carelessly and it may cost you your job when everything blows up

We'll explore a few of these ideas in the coming weeks.

Note: I am not an expert in either VMWare or Microsoft Hyper-V, leaders of virtual machine technology. This is not indended to be technical document, rather an overview for our many Charter School Administrators who  may really not want to know that much!