Rear-View vs Real-View: A Perspective
Prediction is not just one of the things your brain does. It is the primary function of the neo-cortex, and the foundation of intelligence. Jeff Hawkins
“You can’t drive forward to the future by looking in the rear-view mirror”
Metaphors are helpful to understand a new context from a known similar context. Rear-view mirror metaphors, in general, undervalue the importance of the past and here and now. Let us test this with a real-life example of a marathon, traffic in a city, neuroscience and satellites.
In the marathon case, rear-view for one is front-view for many. It is a question of whose rear-view we are seeing. In other words, the present is a good indication of future depending on “which present” we are looking at. A Zoom-Out view has predictive signals for the entire system.
This example provides a perspective that rear-view need not always be a lag indicator. The context of which rear-view make it a lead or a lag indicator. This is a linear example of rear-view where the sequence of events is almost in a straight line.
Let’s look at navigation using maps. By knowing real-time information of the flow of traffic across the city, map applications are helping us navigate and predict the time and route which both our rear-view and windshield will not help us know as accurately.
Our Brain is a Prediction Machine
With this simple question your brain will start analyzing question like this:
- Does this article look similar to others that I have previously read?
- Is it worth reading this article?
- What is the point of this example?
- Will this information help me?
If you are reading this sentence your brains have performed a quick analysis of past articles, perhaps you have a current necessity, simple curiosity and/or it could be useful if we associate it with future Events. At this point, you have unconsciously predicted that it’s worth to continue reading.
Our brain is considered an advanced prediction machine as per scientific literature. Few pieces of evidence of this are,
a) When you climb stairs, how does the brain know you will land safely every step and makes that movement predictably?
b) What happens when you look up and see a ball headed toward you? Without even thinking about it, you flinch.
c) How do we cross a street?When we attempt to cross a street your head unconsciously turn left, we listen for oncoming traffic (hearing), identify the distance of the nearest car (sight), calculate the speed, remember previous experiences and predict if it safe to cross. In the middle of the street, we turn our head right and repeat the same process.
image courtesy: University of Cambridge
That might be because our brains are continually living our lives in fast-forward, playing out the action in our head before it happens. Humans have to navigate and respond to, an environment that is always changing. Our brain compensates for this by constantly making predictions about what’s going to happen.
Our comfort with Small Numbers
Real-Time Information Gives Predictive Power
The maps application we use daily captures real-time information and provides predictive insights to every rider. Thus real-time data combined with the past provides the ability for every business person to see the road ahead which otherwise was not visible to the individuals through their rear-view and windshield.A classic example of this was provided in our last week’s article “Fashion Wave“, the brands and retailers who stay ahead and capture more of the consumer wallet in fashion are those who operate with real-time consumer information and apply them in their future offerings.
Another important question worth pondering is