Portions of this post are taken from the January 2018 article written by John Lewis of “Vision Systems”.

I feel there is considerable confusion between Artificial Intelligence (AI), Machine Learning and Deep Learning.  Seemingly, we use these terms and phrases interchangeably and they certainly have different meanings.  Natural Learning is the intelligence displayed by humans and certain animals. Why don’t we do the numbers:


Artificial Intelligence refers to machines mimicking human cognitive functions such as problem solving or learning.  When a machine understands human speech or can compete with humans in a game of chess, AI applies.  There are several surprising opinions about AI as follows:

  • Sixty-one percent (61%) of people see artificial intelligence making the world a better place
  • Fifty-seven percent (57%) would prefer an AI doctor perform an eye exam
  • Fifty-five percent (55%) would trust an autonomous car. (I’m really not there as yet.)

The term artificial intelligence was coined in 1956, but AI has become more popular today thanks to increased data volumes, advanced algorithms, and improvements in computing power and storage.

Early AI research in the 1950s explored topics like problem solving and symbolic methods. In the 1960s, the US Department of Defense took interest in this type of work and began training computers to mimic basic human reasoning. For example, the Defense Advanced Research Projects Agency (DARPA) completed street mapping projects in the 1970s. And DARPA produced intelligent personal assistants in 2003, long before Siri, Alexa or Cortana were household names. This early work paved the way for the automation and formal reasoning that we see in computers today, including decision support systems and smart search systems that can be designed to complement and augment human abilities.

While Hollywood movies and science fiction novels depict AI as human-like robots that take over the world, the current evolution of AI technologies isn’t that scary – or quite that smart. Instead, AI has evolved to provide many specific benefits in every industry.


Machine Learning is the current state-of-the-art application of AI and largely responsible for its recent rapid growth. Based upon the idea of giving machines access to data so that they can learn for themselves, machine learning has been enabled by the internet, and the associated rise in digital information being generated, stored and made available for analysis.

Machine learning is the science of getting computers to act without being explicitly programmed. In the past decade, machine learning has given us self-driving cars, practical speech recognition, effective web search, and a vastly improved understanding of the human genome. Machine learning is so pervasive today that you probably use it dozens of times a day without knowing it. Many researchers also think it is the best way to make progress towards human-level understanding. Machine learning is an application of artificial intelligence (AI) that provides systems the ability to automatically learn and improve from experience without being explicitly programmed. Machine learning focuses on the development of computer programs that can access data and use it learn for themselves.


Deep Learning concentrates on a subset of machine-learning techniques, with the term “deep” generally referring to the number of hidden layers in the deep neural network.  While conventional neural network may contain a few hidden layers, a deep network may have tens or hundreds of layers.  In deep learning, a computer model learns to perform classification tasks directly from text, sound or image data. In the case of images, deep learning requires substantial computing power and involves feeding large amounts of labeled data through a multi-layer neural network architecture to create a model that can classify the objects contained within the image.


Brave new world we are living in.  Someone said that AI is definitely the future of computing power and eventually robotic systems that could possibly replace humans.  I just hope the programmers adhere to Dr. Isaac Asimov’s three laws:


  • The First Law of Robotics: A robot may not injure a human being or, through inaction, allow a human being to come to harm.


  • The Second Law of Robotics: A robot must obey the orders given to it by human beings, except where such orders would conflict with the First Law.


  • The Third Law of Robotics: A robot must protect its own existence as long as such protection does not conflict with the First or Second Laws.

With those words, science-fiction author Isaac Asimov changed how the world saw robots. Where they had largely been Frankenstein-esque, metal monsters in the pulp magazines, Asimov saw the potential for robotics as more domestic: as a labor-saving device; the ultimate worker. In doing so, he continued a literary tradition of speculative tales: What happens when humanity remakes itself in its image?

As always, I welcome your comments.


For the past two weeks my wife and I visited our youngest son and his family in Dallas.  We were on a mission—all three had the flu at some time during the previous two weeks so we were making efforts to get them back among the living.  Our main purpose was caring for and watching our nine (9) month old grandson while mom and dad recovered and went back to work.

We had a little free time on the Friday prior to our leaving for home in Chattanooga so we stopped in for a late lunch at the “Lakewood Smokehouse”.  This turned out to be a very pleasant surprise.  As you know, Texas is known for brisket.  In my opinion, the best does come from Texas.  Our waiter (shown in the picture below) was GREAT and had all the answers.  The entire staff made us feel right at home and were very accommodating.

I will not display the entire menu but a small portion is given below:

The actual menu is a little smaller than a bed sheet.  All “typical” BBQ items were given on the menu including my choice—LOADED BAKED POTATO.  I do mean loaded.  A digital picture of that spud is shown below.  My first car was a 1993 grey Ford Falcon. I was the very proud third owner.  My loaded potato at Lakewood was slightly smaller than my first car.   It was HUGE and filled with Texas brisket AND just about every condiment you can name. (Hold the sour cream.)

As I mentioned earlier, the Lakewood Smokehouse was a very pleasant surprise for us.  I can definitely recommend it to you the next time you are in big “D”.  Just ask for the Lakewood Shopping Center.  You can’t miss the sign.


March 17, 2018

Right now, many in the United States and overseas are tuning in to “March Madness”.  Every year the number of viewers increases due to the suspense.  People fill out their brackets and eagerly wait for games to verify their choices. This morning, millions of brackets have been destroyed due to the following: “They played loose and fearless, simply because they had nothing to lose. A No. 16 seed had never beaten a No. 1 seed in the N.C.A.A. men’s basketball tournament. Who would ever think that the tiny University of Maryland-Baltimore County would be the ones to break through?” Just a reminder, you cannot quantify desire.  The UMB team demonstrated that yesterday.

According to the NCAA website, in 2017, live game coverage across the four Networks on Sunday, March 19, averaged eleven-point nine (11.9) million viewers, up thirty-four percent (34%) from 2016 (eight point nine 8.9 million), making it the most-watched first Sunday in twenty-four (24) years (since 1993).  Overall, the 2017 NCAA Tournament was the most-watched in twenty-four (24) years through the first Sunday of coverage, with an average of 9,325,000 million viewers, up ten percent (10%) from 2016 (8,513,000).

Additionally, NCAA March Madness Live (MML) has generated an all-time record sixty-nine point one (69.1) million live streams through the first Sunday of the tournament, an increase of twenty-four percent (24%) over last year.  NCAA Tournament games garnering the most live streams to date include: Notre Dame vs. Princeton (5.4 million streams); Virginia vs. UNC-Wilmington (4.3 million streams); Michigan vs. Oklahoma State (4.2 million streams).

Official March Madness social media sites have generated twenty-six million (26) social engagements across Twitter, Facebook and Instagram through the first Sunday, which is up twenty percent (20%) over the corresponding time period last year.

There is another side to March Madness.  According to USAToday; In 2017 ten billion dollars ($10 billion) was wagered on that year’s tournament, only three hundred ($300) million of which will be done legally at sports books in Las Vegas.  This is according to the American Gaming Association. 


It has been argued that money is a form of free speech and if this is correct, U.S. colleges are talking about a “ton” of money and not that much education. A KDM Engineering infographic shows the annual scholarship awards to STEM endeavors being one point six ($1.6) billion dollars while scholarships for athletes being two point nine billion ($2.9). If you think about this relative to the U.S. economy, that would translate to eight point six (8.6) million jobs for science, technology, engineering and math students and eleven point eight (11.8) million jobs for professional athletes.  These numbers indicate that colleges invest $180.00 per potential STEM worker and $245,763 per potential professional athlete.

Now, the average career of a professional athlete is three to five (3 to 5) years whereas the average individuals in STEM professions is forty to forty-five (40 to 45) years.   The numbers are as follows:

  • NFL:  3.5 years
  • NBA: 4.8 years
  • MLB: 5.6 years
  • NHL:  5.5 years

On point I think is very commendable: more student-athletes than ever are earning degrees at Division I schools. The most recent Graduation Success Rate data, collected for student-athletes who entered college in 2007, show eighty-four (84 %) percent graduated within six years.  This is really big and indicates college athletes realize their professional sports lives are finite AND most will NOT make it into the bigs. To me, that is some consolation relative to money spent.

Astrophysics for People in a Hurry was written by Neil deGrasse Tyson.  I think the best place to start is with a brief bio of Dr. Tyson.

NEIL de GRASSE TYSON was borne October 5, 1968 in New York City. When he was nine years old, his interest in astronomy was sparked by a trip to the Hayden Planetarium at the American Museum of Natural History in New York. Tyson followed that passion and received a bachelor’s degree in physics from Harvard University in Cambridge, Massachusetts, in 1980 and a master’s degree in astronomy from the University of Texas at Austin in 1983. He began writing a question-and-answer column for the University of Texas’s popular astronomy magazine StarDate, and material from that column later appeared in his books Merlin’s Tour of the Universe (1989) and Just Visiting This Planet (1998).

Tyson then earned a master’s (1989) and a doctorate in astrophysics (1991) from Columbia University, New York City. He was a postdoctoral research associate at Princeton University from 1991 to 1994, when he joined the Hayden Planetarium as a staff scientist. His research dealt with problems relating to galactic structure and evolution. He became acting director of the Hayden Planetarium in 1995 and director in 1996. From 1995 to 2005 he wrote monthly essays for Natural History magazine, some of which were collected in Death by Black Hole: And Other Cosmic Quandaries (2007), and in 2000 he wrote an autobiography, The Sky Is Not the Limit: Adventures of an Urban Astrophysicist. His later books include Astrophysics for People in a Hurry (2017).

You can see from his biography Dr. Tyson is a “heavy hitter” and knows his subject in and out.  His newest book “Astrophysics for People in a Hurry” treats his readers with respect relative to their time.  During the summer of 2017, it was on the New York Times best seller list at number one for four (4) consecutive months and has never been unlisted from that list since its publication. The book is small and contains only two hundred and nine (209) pages, but please do not let this short book fool you.  It is extremely well written and “loaded” with facts relevant to the subject matter. Very concise and to the point.   I would like now to give you some idea as to the content by coping several passages from the book.  Short passages that will indicate what you will be dealing with as a reader.

  • In the beginning, nearly fourteen billion years ago, all the space and all the matter and all the energy of the knows universe was contained in a volume less than one-trillionth the size of the period that ends this sentence.
  • As the universe aged through 10^-55 seconds, it continued to expand, diluting all concentrations of energy, and what remained of the unified forces split into the “electroweak” and the “strong nuclear” forces.
  • As the cosmos continued to expand and cool, growing larger that the size of our solar system, the temperature dropped rapidly below a trillion degrees Kelvin.
  • After cooling, one electron for every proton has been “frozen” into existence. As the cosmos continues to cool-dropping below a hundred million degrees-protons fuse with other protons as well as with neutrons, forming atomic nuclei and hatching a universe in which ninety percent of these nuclei are hydrogen and ten percent are helium, along with trace amounts of deuterium (heavy hydrogen), tritium (even heavier than hydrogen), and lithium.
  • For the first billion years, the universe continued to expand and cool as matter gravitated into the massive concentrations we call galaxies. Nearly a hundred billion of them formed, each containing hundreds of billions of stars that undergo thermonuclear fusion in their cores.

Dr. Tyson also discusses, Dark Matter, Dark Energy, Invisible Light, the Exoplanet Earth and many other fascinating subjects that can be absorbed in “quick time”.  It is a GREAT read and one I can definitely recommend to you.

The subtitle to this book is “a bullfighter’s guide” and when you read it you will definitely understand.  The book is written by three individuals with extensive business experience who obviously have attended many meetings with the same results; i.e. bored to tears, confused, no direction given or agreed to, and simply a waste of time.

Brian Fugere is currently in corporate-speak rehab and has been jargon-free since their book was written.   He is a principal of Deloitte Consulting LLP where he was the former chief of all marketing efforts.

Chelsea Hardaway is the president of Hardaway Productions.  This company helps clients cut through the clutter of communication.

Jon Warshawsky is a managing partner of Deloitte Services, LP and helped start that firm’s e-learning practice.

I love the manner in which the book starts: “Let’s face it, business today is drowning in bullshit. We try to impress (or confuse) investors with inflated letters to shareholders. We punish customers with intrusive, hype-filled, self-aggrandizing product literature. We send elephantine progress reports to employees that shed less than two watts of light on the big issues or hard truths.”

If you think you smell something at work, there’s probably good reason–“bull” has become the official language of business. Every day, we get bombarded by an endless stream of filtered, antiseptic, jargon-filled corporate-speak, all of which makes it harder to get heard, harder to be authentic, and definitely harder to have fun.

We have become immune to empty, generic messages and as a result, no one really listens anymore. Endless charts and graphs, Power Point presentations with one hundred and four slides, Excel spreadsheets, mandated company templates to “simplify” reading, etc.  You’ve been there—do NOT tell me you have not.

The authors identify four ways in which businesspeople organize their objectives through ineffective over-standardizations or misguided practices, sharing practical advice on how to remain true to a business ideal, promote healthy change, and communicate authentically. The four ways are as follows:

PART ONE:  The Obscurity Trap

PART TWO: The Anonymity Trap

PART THREE:  The Hard-Sell Trap

PART FOUR:  The Tedium Trap

If you are honest with yourself, you must admit you have heard the following words (and many others) and/or phrases used when discussing specific topics:

  • Best of breed
  • Center of excellence
  • Frictionless
  • Out of pocket
  • Paradigm shift
  • Results-driven
  • Best practice
  • Empowerment
  • Bring to the table
  • Face time
  • Brain dump
  • Drink from a fire hydrant
  • Heavy lifting
  • Mind share
  • Outside the box (I’m so tired of this one I could cry every time I hear it.)
  • Push the envelope
  • Sea change
  • Unpack
  • Win-win
  • Bandwidth
  • Core competency
  • Come-to-Jesus-moment

I submit, if beauty is in the eye of the beholder, there could be many definitions to each of the phrases above depending upon who is listening. Do you really know what bandwidth is? In our context here, it means, “time” as in “I do not have the bandwidth to complete any value-added action items.”

Another pet-peeve of mine—all of the many, many acronyms and abbreviations used in today’s business world, many of which no one knows or remembers. We sprinkle our documents with abbreviations and eighty (80) pages later expect an audience to remember what the presenter is trying to say when he or she doesn’t remember either.

This book cuts through the clutter and makes a desperate effort to solve the problems and clean up our corporate language by suggesting several very direct approaches.  One great section addresses the need to clean up e-mail and get to the point with concise language that actually and adequately covers the subject with zero jargon and real English.

I think you are going to enjoy this book and I’m sure, if you are in the business world, you need this book.  Have at it.


February 17, 2018

Portions of this post were taken from Design News Daily.

How many times have you said that? It’s called the Eureka moment – a sudden flash of intuition that leads us down a path to a wonderful, new, productive solution. Most of us have had such moments, but a select few have parlayed them into something grand, something that changes the world. That was the case for Arthur Fry, inventor of the Post-It Note and Richard James, inventor of the Slinky toy. They took simple ideas – such as a sticky note and a coil spring — and touched hundreds of millions of lives with them.  Given below are nine Eureka Moments that actually produced workable and usable devices that have revolutionized and made life easier for all of us. Let’s take a look.

If you could see my computer and associated screen, you would see a “ton” of post-it-notes.  Most with scribbles, PIN numbers, telephone numbers, etc etc.  We all use them.

Legend has it that Post-It Note inventor Arthur Fry conjured up the idea for his product when the little scraps of paper in his Sunday hymnal kept falling out. To solve the problem, he used an adhesive developed by a 3M colleague, Dr. Spencer Silver. Silver’s reusable, pressure-sensitive adhesive was failing to stir interest inside 3M until Fry came along and made the mental connection to his hymnal.

In 1974, the two partnered to put the adhesive on small sheets of yellow paper and … a mythic product was born. They passed their sticky notes to fellow employees, who loved them. “I thought, what we have here isn’t just a bookmark,” Fry said. “It’s a whole new way to communicate.” They later put their product on the market, receiving an even stronger reaction. Lee Iacocca and other Fortune 500 CEOs reportedly wrote to praise it. Post-It Notes, as they soon became known, eventually were sold in more than 100 countries. At one point, it was estimated that the average professional received 11 messages on Post-It Notes per day. Fry received 3M’s Golden Step Award, was named a corporate researcher, became a member of the company’s Carlton Society and was appointed to its Circle of Technical Excellence.

(Image source: By Tinkeringbell – Own work, Public Domain/Wikipedia)

Ansa baby bottles are virtually impossible to find today, but they were all the rage in the mid-1980s.

The bottles, which have a hole in the middle to make them easy for babies to hold, were the brainchild of William and Nickie Campbell of Muskogee, OK, who designed them for their infant son. After filing for patents in 1984, they took out a loan, launched the Ansa Bottle Co., manufactured the plastic bottles, and enjoyed immediate success. They received editorial coverage in American Baby and Mothers Today, while inking deals with Sears, K-Mart, Walgreens, and Target, according to The Oklahoman. Their bottles even went on display in the Museum of Modern Art in New York City.

(Image source: US Patent Office)

Rolling luggage is an accepted fact of air travel today, but it wasn’t always so and I’m not too sure what we now would do without it.  The concept was slow to take hold, and achieved acceptance in two distinct steps. The first step occurred in 1970, when inventor Bernard Sadow observed an airport worker rolling a heavy machine on a wheeled skid. Sadow, who was at the time dragging his own luggage through customs after a trip to Aruba, had the proverbial “eureka moment,” according to The New York Times. Sadow’s solution to the problem was a suitcase with four wheels and a pull strap. To his surprise, however, the idea was slow to take off. That’s where the second step came in. In 1987, a Northwest Airlines pilot and workshop tinkerer named Robert Plath took it to the next level — developing an upright, two-wheeled suitcase with a long stiff handle. Plath’s so-called “Rollaboard” was the missing ingredient to the success of rolling luggage.

Today, his 30-year-old concept dominates air travel and is built by countless manufacturers — any patents having long since expired. The initial slow acceptance remains a mystery to many, however. Sadow, looking back at it years later, attributed the consumer reluctance to men who refused to take the easy way out. “It was a very macho thing,” he said.

(Image source photo: Design News)

OK, who on the planet has NOT owned and/or played with a slinky?  In 1943, Naval mechanical engineer Richard James was developing springs for instruments when he accidently knocked one to the floor, permanently altering the future of toy manufacturing. The spring subsequently stepped “in a series of arcs to a stack of books, to a tabletop, and to the floor, where it recoiled itself and stood upright,” writes Wikipedia. James reportedly realized that with the right steel properties, he could make a spring walk, which is exactly what he did. Using a $500 loan, he made 400 “Slinky” coil springs at a local machine shop, demonstrated them at a Gimbels department store in Philadelphia, and sold his entire inventory in ninety (90) minutes. From there, Slinky became a legend, reaching sales of 300 million units in 60 years. Today, engineers attribute Slinky’s sales to the taming of the product’s governing physical principles — Hooke’s Law and the force of gravity. But advertising executives argue that its monumental sales were a product of clever TV commercials. The song, “Everyone knows it’s slinky” (recognized by virtually everyone who lived through the 1960s and 1970s), is considered the longest-running jingle in advertising history.

(Image source: Wikipedia)

The Band-Aid (or “Band-Aid brand,” as Johnson & Johnson calls it) is in essence a simple concept – an adhesive strip with a small bandage attached. Still, its success is undeniable. The idea originated with Johnson & Johnson employees Thomas Anderson and Earle Dickson in 1920. Dickson made the prototype for his wife, who frequently burned herself while cooking, enabling her to dress her wounds without help. Dickson introduced the concept to his bosses, who quickly launched it into production.

Today, it is copied by many generic products, but the Band-Aid brand lives on. Band-Aid is accepted around the world, with more than 100 billion having been sold.

(Image source photo: Design News)

Today, it’s hard to imagine that an upside-down bottle was once considered an innovation. But it was. Ketchup maker H.J. Heinz launched a revolution in packaging after deciding that its customers were tired of banging on the side of glass bottles, waiting for their product to ooze out. The unlikely hero of their revolution was Paul Brown, a molding shop owner in Midland, MI, who designed a special valve for bottles of ketchup and other viscous liquids, according to an article in the McClatchey Newspapers. Brown’s valve enabled ketchup bottles to be stored upside down without leaking. It also allowed liquids to be easily delivered when the bottle was squeezed, and sucked back inside when force was released.

Brown was said to have built 111 failed injection-molded silicone prototypes before finding the working design. To his lasting delight, the successful concept found use with not only with Heinz, but with makers of baby food, shampoo, and cosmetics, as well as with NASA for space flights. In retrospect, he said the final design was the result of an unusual intellectual approach. “I would pretend I was silicone, and if I was injected into a mold, what I would do,” he told McClatchey. The technique apparently worked: Brown eventually sold his business for about $13 million in 1995.

Players of pinball may take the games’ dual flippers for granted, but they were an innovation when Steve Kordek devised them in 1948. Working for the Genco Co. in Chicago (a company he became acquainted with after stepping into its lobby to escape a heavy rain), Kordek became the father of the two-flipper pinball game. His lasting contribution was simple, yet innovative — the use of direct current (DC) to actuate the flippers, rather than alternating current (AC). DC, he found, made the flippers more controllable, yet less costly to manufacture. Over six decades, Kordek reached legendary status in the industry, producing games for Genco, Bally Manufacturing, and Williams Manufacturing, always employing his dual-flipper design. He worked until 2003, designing the Vacation America game (based on the National Lampoon Vacation movies) at age 92. But it was his DC-based, dual flipper design that shaped his legacy. “It was really revolutionary, and pretty much everyone followed suit,” David Silverman, executive director of the National Pinball Hall of Fame told The New York Times in 2012. “And it’s stayed the standard for 60 years.”

(Image source: By ElHeineken, own work/Wikipedia)

It’s difficult to know whether any individual has ever been credited with the design of the ergonomic bent snow shovel, but the idea is nevertheless making money … for somebody. Bent-handle snow shovels today are sold at virtually every hardware store and home center in the northern United States, and they’re a critical winter tool for millions of homeowners. The idea is that by putting a bend in the shaft, the horizontal moment arm between the shovel handle and the tip is shorter, putting less strain on the user’s lower back. Although there’s some argument on that point, it was recently proven by engineering graduate students at the University of Calgary, according to a story on CTVNews.com.

Studying the bent-handle shovels in the school’s biomechanics laboratory, engineers concluded that they require less bending on the part of users, and therefore reduce mechanical loads on the lower back by 16 percent. “I think that’s a pretty substantial reduction,” researcher Ryan Lewinson told CTVNews. “Over the course of shoveling an entire driveway, that probably would add up to something pretty meaningful.”

(Image source photo: Design News)

Erno Rubik, a Hungarian sculptor and professor of architecture, invented his famous game cube while trying to solve a structural problem. Although his goal had been to put moving parts together in a mechanism that wouldn’t fall apart, it gradually dawned on Rubik that he had created a puzzle of sorts.

His puzzle consisted of 26 miniature cubes, each having an inward extension that interlocked to other cubes, allowing them to move independently and in different directions. Initially called the Magic Cube, it was released in Budapest toy shops in 1977. It was later licensed to the Ideal Toy Co. in 1980, which changed its name to Rubik’s Cube to make it more distinctive. Its broader release started a craze in the early 1980s. Rubik’s Cube won Toy of the Year Awards in Germany, France, the UK, US, Finland, Sweden, and Italy. Between 1980 and 1983, 200 million cubes were sold worldwide. Clubs of “speedcubers” popped up around the world, it appeared on the cover of Scientific American, books were written about it, and The Washington Post called it “a puzzle that’s moving like fast food right now. “Today, Rubik’s Cube continues to sell and enthusiasts continue to test their skill against it. Total sales are said to have passed 300 million. In 2017, a speedcuber named SeungBeom Cho set a world record for solving the puzzle in 4.59 seconds.

(Image source photo: Design News)

CONCLUSIONS:  We all have ideas.  The difference is persistence in developing and marketing those ideas.


February 17, 2018

New word, right? SMASHVILLE!  For me also.  Our youngest granddaughter, Sophie is a die-hard Predators fan.  She loves the NHL and the Predators.  I have no idea where this came from but she knows all of the players, their names, numbers, the number of goals they have scored, the record last year; you name it, she knows it.  For her birthday, we gave her tickets to the PREDATOR’S game this past Thursday evening.  That essentially, I’m told, made her year.  Sophie’s picture is shown below.

The Nashville Predators played the Calgary Flames in a four (4) to three (3) heart-breaking loss. Thursday night was a tough night for Sophie.   This game was the eighty-fifth (85th) sellout for the team.  Nashville and the surrounding areas LOVE the NHL and the Predators. (Who would have thought die-hard football fans would love NHL hockey?)  The program for that event may be seen as follows:

The Predators are in the Central Division of the Western Conference along with the Winnipeg Jets, St. Louis Blurs, Dallas Stars, Minnesota Wild, Colorado Avalanche and the Chicago Blackhawks.  Last year they won their Central Division championship so, these guys are really good. The team plays in the Bridgestone Arena shown below.

The arena was designed at an angle on the corner of Broadway and 5th Avenue in physical homage to the historic Ryman Auditorium which was the original home of the Grand Ole Opry.   The arena has a seating capacity of 17,113 for ice hockey, 19,395 for basketball, 10,000 for half-house concerts, 18,500 for end-stage concerts and 20,000 for center-stage concerts.  As you can see from the JPEG below, the seating configuration is notable for the oddly-shaped south end, which features two large round roof support columns, no mid-level seating, and only one level of suites, bringing the upper-level seats much closer to the floor.  The arena also features 43,000 square feet of space in the trade show layout.  The facility was completed in 1996 and has remained the home of the Predators ever since.

We started the game with an absolutely beautiful rendition of “Oh Canada” and then the “Star Spangled Banner”.  I wish I could remember the name of the artist but can certainly say she had a marvelous voice.

As you might expect, just about every manner of refreshment known to man was available before, during and after the game as well as a very well-stocked gift shop. Sophie found the gift shop before and after the game.

Nashville or Smashville as Predator fans know it, is a fabulous town with a remarkable number of restaurants, shops, bars, tourist sites, etc. for every citizen and tourist to enjoy.  I can certainly recommend a Predator’s game, if you can get tickets.

Hope you enjoyed this one.

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