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Solve delay differential equations (DDEs) of neutral type

`sol = ddensd(ddefun,dely,delyp,history,tspan)`

`sol = ddensd(ddefun,dely,delyp,history,tspan,options)`

integrates
a system of delay differential equations of neutral type, that has
the form `sol`

= ddensd(`ddefun`

,`dely`

,`delyp`

,`history`

,`tspan`

)

'(y) = t(f, t(y), t(ydy_{1}),..., (ydy_{p}), '(ydyp_{1}),..., '(ydyp_{q})) | (1-1) |

where

is the independent variable representing time.*t**dy*_{i}is any ofsolution delays.*p**dyp*_{j}is any ofderivative delays.*q*

For information about the algorithm used in this solver, see Shampine [2].

[1] Paul, C.A.H. "A Test Set of Functional
Differential Equations." *Numerical Analysis Reports*.
No. 243. Manchester, UK: Math Department, University of Manchester,
1994.

[2] Shampine, L.F. "Dissipative Approximations
to Neutral DDEs." *Applied Mathematics & Computation*.
Vol. 203, Number 2, 2008, pp. 641–648.

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