What does "Standard Model" really refer to? I am reading the arXiv published paper by Frank Wilczek called "Physics in 100 Years".  Apparently, this paper is the printed form of a talk given at Brown University earlier this year (2015).
Right at the start, and in the Appendix, Wilczek clarifies how he is using the name "Standard Model".  Quoted from footnote 3 in section 1.1:

The term "Standard Model" has many shortcomings, not the least of which is that it is sometimes used for the electroweak theory, sometimes specifically for the minimal electroweak model, sometimes for the electroweak theory together with quantum chromodynamics, and sometimes for the theories of all four forces.

Wilczek goes on to say that he prefers to use the name "Standard Model" in its original sense, to mean the electroweak theory only (that is, $SU(2)\times U(1)$ gauge theory).
Question: is this distinction in using the name "Standard Model" in this more limited (albeit, original) scope unique to Wilczek or is this common among professional or practicing physicists?  I have never heard of it before (showing my ignorance of course) and the Standard Model to me is typically scoped by the full description of all fundamental particles (fermions), forces (bosons), and anti-particle partners.
Therefore, when I go to read about the Standard Model, what am I reading about?
 A: Typically, when you read about the Standard Model, you are reading about the model of the fundamental particles and their interactions, including: 
6 quarks 


*

*Up

*Down

*Charm

*Strange

*Top 

*Bottom


6 leptons 


*

*Electron neutrino

*Electron

*Muon neutrino 

*Muon 

*Tau neutrino

*Tau particle


The force carrier particles (gauge bosons):


*

*The photon, which mediates the electromagnetic force

*The graviton (as yet unobserved), which mediates the gravitational force

*The W and Z bosons, which mediate the weak nuclear force

*The gluon, which mediates the strong nuclear force 


The Higgs boson
These constitute what is referred to as the Standard Model of Particle Physics - a mathematical model of the basic building blocks of matter that make up 4% of the universe according to the Standard Cosmological Model. And of course, every fermion has a corresponding antiparticle. Including those, you would have 12 quarks and 12 leptons. 
This is typically what a scientist is referring to when they refer to the Standard Model of Particle Physics. This would be a model of all four fundamental forces. 
Sources:
http://physics.info/standard/
http://www.lhc-closer.es/1/6/1/0
http://home.web.cern.ch/about/physics/standard-model
http://www.particleadventure.org/standard_model.html
http://www.fnal.gov/pub/science/inquiring/matter/madeof/
